Eplus3D

Eplus3D Additive Manufacturing Machine in Aerospace & Aviation(2024年02月21日)

eplus3d — 2024-02-21T16:42:17+0900

https://www.eplus3d.com/additive-manufacturing-in-aerospace/

Aerospace & Aviation
Like a bright pearl in the crown of modern industry, the development of Aerospace Science and Technology directly reflects the level of human technological development. As a new manufacturing technology, Additive Manufacturing has outstanding technical advantages and obvious economic benefits in the field of Aerospace. With approximately three decades of expertise in 3D printing, Eplus3D has been a witness of numerous applications of additive manufacturing in Aerospace Industry. Furthermore, we aspire to serve as your invaluable ally in advancing your additive manufacturing endeavors within the application of additive manufacturing in aerospace industry.

E plusD Materials for Additive Manufacturing Aerospace
Eplus3D provides a wide range of suitable materials for the aerospace industry which meet the stringent requirements of aircraft engine manufacturers for metallographic and mechanical properties.

Our portfolio includes:

Ni-Based Alloys: IN625, IN718 and HX

Ti-Based Alloys: Ti6A14V

Al-Based Alloys: AISi10Mg, AISi7Mg.

There are many 3d printing machine manufacturers, but we are one of the best choices for you.

7 Applications of 3D Printing in Dentistry(2024年02月21日)

eplus3d — 2024-02-21T16:41:47+0900

https://www.eplus3d.com/7-applications-of-3d-printing-in-dentistry.html

Among the 3D printing applications, 3D printing is gaining popularity in the field of dentistry. 3D printing in dentistry is a manufacturing tool that can create products according to the needs of each patient.

This new technology brings wide-ranging benefits to dentistry. Today, we will introduce the main applications of 3D printing in dental in the field of dentistry and professional 3d printing services.

1. 3D scanning in the field of dentistry

While this isn't an application for 3D printing in dental per se, we can't fail to mention 3D scanning.

This is the first step in the digital workflow. With the help of a 3D scanner, the inside of the patient's mouth is scanned, so that a digital model file is created, and finally exported in STL and other formats for 3D printing.

2. Crowns and bridges used in 3D printing in dental

Crowns and bridges are the most common products in dental treatment because they are used to replace missing teeth.

Crowns are used to cover damaged or decayed teeth, and bridges are used to replace missing teeth and consist of two crowns (one at each end) and some false bridges.

The role of 3D printing in dental in the field of dentistry is becoming more and more widespread. Resin 3D printing can be used to make temporary, high-precision, and beautiful 3D printed crowns and bridges.

3. 3D printing in dental is used in aligners and retainers

3D printing is producing more and more dental equipment, it not only increases the speed of manufacturing, but also enables personalization, which is a very important aspect in this field, because everyone's teeth are different.

Highly customized and printed retainers or aligners that can be used to move a patient's teeth.

4. 3D printing in dental is used in implants

Whenever we lose a tooth, it needs to be treated quickly with implants, otherwise the area around the missing tooth will regress from insufficient pressure.

With the help of 3D printing, implants in the dental field can not only be produced on demand, faster, but also can be personalized, which is especially important in dental care.

5. 3D printing in dental is used in anatomical replicas and models

For dentistry, the anatomical model is the jaw or mouth. Models are used in planning and discussing surgical procedures between patient-clinician and clinician-clinician.

They provide detailed images of the desired area and are ideal for presentations and training with a low risk of operator error.

6. 3D printing in dental is used in dentures

The use of 3D printing to produce dentures is an emerging technology that has the advantage of streamlining the process. Dentures are traditionally made by milling through a resin base, which is complex, time-consuming and requires multiple visits to the dentist.

3D printing can produce dentures faster and cheaper. Although the method is currently not perfect, limited by aesthetics and low-resolution printers, there have been many developments.

7. 3D printing in dental is used in casting models

Dental cast models are exact 3D replicas of a patient's teeth and are used not only to study the mouth, but also to make crowns, fixed bridges and dentures.

Anyone who has had orthodontic work or been to a dentist has had the experience of biting off uncomfortable wax to make this type of mold.

With 3D scanning and printing, the process is simplified to create a high-precision mold by printing, cleaning, removing supports, sintering, etc. to get the final product.

This is the application of 3D printing in dental in the field of dentistry. In addition to dentistry, 3D printing has been applied and popularized in more and more fields.

If you need any kinds of selective laser melting machine, please contact us, as a professional additive manufacturing equipment supplier, E plus3D is willing to offer you high quality products.

3D Printing Technology for the Drone Industry(2024年02月21日)

eplus3d — 2024-02-21T16:41:16+0900

https://www.eplus3d.com/3d-printing-technology-for-the-drone-industry.html

Manufacturers choose 3D printing to produce drones, mainly because of its advantages such as high efficiency and rapid molding, cost-saving, and complex design. However, 3D printing also brings some hidden worries to the industry and even the entire manufacturing industry, which is largely caused by the highly autonomous production mode of 3D printing. But the root of the problem lies in human supervision.

In recent years, 3D printing technology has been used more and more frequently in the manufacture of robots. As one of the branches of robots, drones have naturally appeared in many 3D printed products. Manufacturers choose 3D printing to produce drones, mainly because of its advantages such as high efficiency and rapid molding, cost-saving, and complex design. However, while 3D printing provides great convenience to the drone industry, it also brings some hidden worries, which are largely caused by the highly autonomous production mode of 3D printing.

3D printing exposes drones to an intellectual property crisis

Recently, the new challenges brought by 3D printing technology to the protection of intellectual property rights have attracted widespread attention in the industry: as long as the design drawings and specific parameters of a product are obtained and the 3D printing equipment, materials, and technology are available, anyone can The product can be manufactured secretly. The dangers of imitation products driven by interest-driven 3d printing drone enthusiasts are second. The key is that once the technology is used by unscrupulous merchants to produce a large number of counterfeit and inferior products into the market, it will cause endless harm. At present, 3D printing model infringement disputes in the space vehicle industry have appeared. As the new star of the transportation manufacturing industry, the possibility that its intellectual property and design patents are plagiarized by 3D printing by people with ulterior motives also exists. Related manufacturing companies Have to guard.

The production characteristics of 3D printing for rapid prototyping and one-time molding based on pre-set data are a double-edged sword for the drone industry. There is no doubt about the benefits of improving production efficiency, but it also planted the seeds of risk. A few days ago, an international research team was studying the possibility of hackers hacking into 3D printers. They destroyed a drone by modifying 3D-printed digital files. The naked eye can hardly see the difference between the 3D-printed drone propellers before and after tampering. However, the researchers used the method of tampering with the data to make the propeller blades and joints leave a 0.1mm cavity during the 3D printing process, causing the UAV to break and crash when the drone reaches its maximum force. If this method of attacking 3D printing equipment is really used by hackers, it will undoubtedly bring huge losses to drone manufacturers.

The "side effects" brought by 3D printing are the same in the drone industry as well as in the entire manufacturing industry. This is fundamentally a matter of human supervision. As long as a sound protection technology is designed and a sound management system and regulations are established to regulate it, people can completely avoid the negative effects of the "unlimited freedom" of 3D printing, and let this technology bring more positive energy to our production and life.

If you need any kinds of selective laser melting machine, please contact us, as a professional additive manufacturing equipment supplier, E plus3D is willing to offer you high quality products.

3D Printing is Changing Medical Implants(2024年02月21日)

eplus3d — 2024-02-21T16:40:44+0900

https://www.eplus3d.com/3d-printing-is-changing-medical-implants.html

Additive manufacturing has been applied to produce medical 3D printed implants for almost 20 years. Relying on medical scanning and imaging technology, Additive Manufacturing is increasingly widely used in the medical field. 3D printing technology has allowed implant manufacturers to create complex geometries that copy the shape and function of natural organ, and to produce these items on an accelerated timeline.
Additive manufacturing’s role in the medical field is still developing. 3D printing is not just an alternative method for manufacturing organ; it is actually reshaping what implants can do, and how patients can be treated.
Here are four ways that 3D printing is changing medical 3D printed implants:
1. Accelerating product development.
3D printing allows for the creation of new kinds of geometries, such as tiny holes to encourage blood vessels in-growth on a spine implant. The technology offers not only the capability to create and test these geometries, but to prototype them using the intended manufacturing process and to do much quickly. When the right design is create, the 3D printed implants can go into production right away.

The tiny holes in the cages encourage blood vessels in-growth on the spine implant.

2. Making custom implants more accessible.

Proven production technology makes another advantage with 3D printing : Custom 3D implants can likewise be developed and produced much more quickly. Patient-specific cranial plates are mainly used to replace absent portions of cranium for reconstructive surgery, to shield the unprotected brain from external impact, pressure, and infections. Compared with conventional CNC machining method, the benefits of 3d printed titanium cranial plates are mainly as follows: shorten the lead time, the implant can be manufactured within 1-2 days. The porous structure is similar to human bones, which can effectively overcome the common problems of stress shielding and low biological activity of 3D implants, and at the same time minimize the heat dissipation in the cranial cavity and maintaining a normal thermal conductivity. Shorten the lead time, the 3D printed implants can be manufactured within 1-2 days.

3.Creating new opportunities with biocompatible materials.

3D printing technology offers new ways of working with common implant materials. Researchers in Australia have proven out a process for the 3D printing of stents made from nitinol, a shape memory alloy that will resume its intended geometry after deformation; the material is already used for arterial stents, but the ability to apply it with 3D printing could enable more sizes and configurations to made easily. Polymers and other materials can benefit from additive manufacturing as well; bioceramics used as support structures and artificial bone graft can be 3D printed into precise geometries to fit a patient’s anatomy for example, rather than having to be packed manually by the surgeon. The ability to 3D print with nitinol will allow stents like these to be made in greater varieties to suit more patients.

4. Recover quickly and have better health outcomes.

The ability to create custom 3D implants for specific patients has added benefits during the course of treatment. Conventional bone screws have a solid construction. Human bones, however, have varied shapes and sizes and also differ in density among individuals. Additionally, human bones are hollow and contain bone cells. A solid bone screw easily triggers rejection and prolongs recovery. To address this, 3D-printed cannulated screw can be introduced to create customized bone screws. Patients therefore recover more quickly and have better health outcomes.

If you need any kinds of additive manufacturing equipment, please contact us, as a professional additive manufacturing equipment supplier, E plus3D is willing to offer you high quality products.

3D Printing For Orthopedic Implant(2024年02月21日)

eplus3d — 2024-02-21T16:40:12+0900

https://www.eplus3d.com/3d-printing-for-orthopedic-implant.html

3D printing remains a profitable tool in the global medical technology sector. The development of advanced technologies with the increasing number of orthopedic complications is a major growth aspect driving the demand for 3D printed orthopedic implants.

A recent market study conducted by FutureWise predicts that the global 3D printed implants market will experience a CAGR of over 5.9% in the forecast period 2019-2026.

Medical application of 3D printers for production of custom-made medical products: customized prosthetics, patient-specific implant manufacturing-hip and knee joints, recontoured plates, prosthetic implants for ear ossicles, cranial prothesis, scaffolds as vertebral cages as well as menisci, patient-specific antibiotic impregnated articular cement spacers, patient-specific instrumentation to improve the precision and clinical outcome of surgical procedures, anatomical models and simulation tools.

In addition, FDA approval of robotic surgery systems for orthopedic implants will aggressively enhance market participants' investment in providing advanced technical support during the transplant procedure. These factors serve as indicators of the significant growth of the global orthopedic 3D printed implant market during the forecast period.

3D printed orthopedic implants are almost completely and accurately non-invasive due to the use of artificial intelligence, but are usually very expensive. Reducing the price of commonly needed implants such as knees, shoulders and hips continues to be a top priority for governments and medical associations around the world. Implants and surgical guides must be used correctly to ensure that complex 3D printed orthopedic implants provide the desired comfort and results. However, few market participants support the surgical team after selling a personalized implant kit.

Knee implants are widely used for orthopedic problems, rheumatoid arthritis, and an increasing aging population. Therefore, knee implants are expected to grow at a healthy CAGR over the predicted period, followed by hip implants.

In addition, custom 3D printing does not require the creation of conventional surgical implants, but it is becoming more and more popular under more complicated and difficult situations. On a larger scale, this type of work is another sign that our practice stands out by providing the highest quality care in a cost-effective manner, we believe that this is mutually beneficial for everyone involved. As one of the leading 3D printing machine manufacturers in China, Eplus3D specializes in providing different types of high-quality 3D printers for medical applications. If you have any needs, feel free to contact us!

If you need any kinds of additive manufacturing equipment, please contact us, as a professional additive manufacturing equipment supplier, E plus3D is willing to offer you high quality products.

Eplus3D Additive Manufacturing Machine in Energy, Oil & Gas(2024年02月21日)

eplus3d — 2024-02-21T16:39:45+0900

https://www.eplus3d.com/3d-printing-for-oil-and-gas/

Energy, Oil & Gas
Energy production systems are complex and diverse, filled with critical components that can handle extreme conditions. 3D printing technology has advantages in the field of rapid manufacturing of small batch products and complex parts manufacturing, therefore in the context of Industry 4.0, more and more companies in the oil and gas industry are adopting AM to manufacture their key components.

E plus3D Materials for energy,3d printing for oil and gas Applications
Eplus3D provides a wide range of suitable materials for the energy,oil&gas industry which meet the stringent requirements for metallographic and mechanical properties.

Our portfolio includes:

Tool Steel: M300

MaragingSteel: 13Ni400

Al-Based Alloys: AlSi10Mg, AlSi7Mg.

There are many industrial 3d printer manufacturers, but we are one of the best choices for you.

3D Printed Metal Powder(2024年02月21日)

eplus3d — 2024-02-21T16:38:52+0900

https://www.eplus3d.com/3d-printed-metal-powder.html

Metal powder is a very important consumable in 3D printing. The 3D printing metal powder generally requires high purity, good sphericity, narrow particle size distribution, and low oxygen content. At present, the metal 3D printing materials used in 3D printing mainly include titanium alloy, cobalt-chromium alloy, stainless steel and aluminum alloy, etc. As the most important link in the 3D printing industry chain of metal parts, 3d printing powders is also the greatest value.

The shape of 3D printing metal powder

In the manufacturing process of metal powder 3d printer different shapes of particles, such as a spherical, oval, porous sponge, tree, and other types, will be produced due to different requirements and different manufacturing methods. Different shapes of 3D printing metal powder mean different fluidity and looseness, which will have different effects on the printing of products.

Generally, spherical or elliptical powder has good fluidity, so the powder supply system of the 3D printer will not be blocked due to poor circulation during printing. But also can be conveniently laid into a thin layer. Let the 3D printed objects have higher accuracy, and all parts will be more uniform. For the current technology, the spherical powder is undoubtedly a better choice. However, because of the large gap, the quality of the products printed with spherical powder is not as good as that of other shapes. If you want better quality, you need to make the diameter of the powder smaller.

Size of 3D printing metal powder

Usually, it is better to make the diameter of 3D printed metal powder smaller. This is because the smaller the diameter of the powder, the better the sintering, and the higher the driving force for sintering. Not only does the smaller the diameter, the smaller the gap will be when stacking so that the quality and strength of the product will be guaranteed. However, the diameter of the 3D printing metal powder is not as small as possible, because if the diameter of the powder is too small, it may cause the phenomenon of spheroidization during sintering, which will lead to uneven powder spreading, thus affecting the printing accuracy.

Purity of 3D printing metal powder

In addition, the oxygen and nitrogen contents also need to be strictly controlled. At present, the powder preparation technology for metal 3D printing is mainly based on atomization. The powder has a large specific surface area and is easy to oxidize. In special application fields such as aerospace, customers have stricter requirements on this index, such as the oxygen content of superalloy powder is 0.006%-0.018%, titanium alloy powder is 0.007%-0.013%, and stainless steel powder is 0.010%-0.025%.

Particle size distribution of 3D printing metal powder

The choice of particle size of metal powder for 3D printing is mainly divided according to metal printers with different energy sources. The printer with laser as an energy source is suitable for using 15-53μm powder as consumables because of its fine focusing spot and easy melting of fine powder. The powder supply method is layer by layer. The powder-spreading printer with an electron beam as an energy source has a slightly thicker focusing spot, which is more suitable for melting coarse powder, especially for coarse powder of 53-105μm; For coaxial powder feeding printer, powder with a particle size of 105-150μm can be used as consumables.
As a prominent player among industrial 3d printing metal powder manufacturer based in China, Eplus3D offers a remarkable selection of high-caliber industrial 3D metal printers for sale. These cutting-edge machines are meticulously crafted to accommodate a diverse range of 3D printing metal powders, showcasing Eplus3D's dedication to delivering top-notch quality and performance. If you have any questions about our 3D metal printing machines and 3D printing metal powders, don't hesitate to contact us directly.

For more information about metal 3d printer china and metal powder for 3d printing price, please feel free to contact us!

There are many 3d printer manufacturers, but we are one of the best choices for you.

2021 China 3D Printing Industry and Market Analyze(2024年02月21日)

eplus3d — 2024-02-21T16:37:54+0900

https://www.eplus3d.com/2021-china-3d-printing-industry-and-market-analyze.html

In February 2020, the Standardization Administration of China, together with six departments, issued the Action Plan for Leading Additive Manufacturing Standards (2020-2022), proposing that "a new standard system for additive manufacturing metal 3d printing china based on China's national conditions and docking with the international market will be basically established by 2022". In addition, in order to enhance the level of international competition, it is planned to develop 80-100 "pilot" standards for additive manufacturing, and promote the internationalization of domestic standards, with the conversion rate reaching 90%. Data show that from 2016 to 2020, China's 3D printing market size has grown rapidly from 5.38 billion yuan to 20.3 billion yuan. Combined with the policy guidance at the national level and the development trend of the domestic 3D printing China industry in the past six years, China's 3D printing market will exceed 63 billion yuan by 2025, with a compound annual growth rate of more than 20% from 2021 to 2025.

From the perspective of industrial segmentation structure, according to the data released by CCID Consulting, China's 3D printing equipment market is the largest, with an output value of 9.254 billion yuan in 2020, which is mainly due to the high unit price of equipment and partial dependence on imports.Due to the unique suitability of many industrial parts, many companies provide customized services for additive manufacturing clients. Currently, the second largest market is the 3D printing China service market, with an output value of 6.446 billion yuan in 2020. Due to the limited R&D level of 3D printing materials in China and the relatively low overall unit price of 3D printing materials, the scale is the smallest and the growth rate is the slowest at present. In 2020, the total output value is 5.059 billion yuan.

China's manufacturing industry is currently transfer "made in China" into "intelligent manufacturing in China", based on the advantages of 3d printing China technology in new product research and development and production with lower-cost and improved production efficiency, optimized quality, Chinese manufacturing enterprises is actively introducing 3d printing, improve the intelligent level of production to meet the demand for transformation and upgradation.

China metal 3d printing technology is under the close attention of the capitals and attracts the most investments for the additive manufacturing developments. Among which, Metal Powder Bed Fusion, or known as Selective Laser Melting, applies metal powders with properties of high purity, good sphericity, narrow particle size distribution, low oxygen content. The density of the molded metal parts produced by metal 3d printer can reach nearly 100%; The mechanical properties such as tensile strength are better than those of castings and even reach the level of forgings.

In China AM market, the metal powders mainly include titanium alloy, cobalt-chromium alloy, stainless steel and aluminum alloy materials, in addition to gold, silver and other precious metal powder materials used in printing jewelry.

Metal 3d printing's applications & industries in China
1additive manufacturing applications in aerospace

Metal 3D printing technology has become a key method to improve spacecraft design and manufacturing capabilities, mainly applied in design mold casting, functional parts manufacturing, important component repair. In recent years, due to the high requirements of aerospace components for material properties (such as hardness, melting point, etc.), research on 3D printing China technology at home and abroad mainly focuses on functional metal materials with complex shapes (including metals, alloys and metal matrix composites). At present, aero-engine is the key application field of 3D printing China. In some countries with more mature technology, 3D printing China has also begun to be used for components of missiles, unmanned aerial vehicles and satellites.

2additive manufacturing applications in automotive industry

Auto parts: 3D printing can produce complex structural parts that cannot be achieved by traditional processes, such as lattice structure, integrated structure, special-shaped topology optimization structure, etc. These complex structures not only reduce the quality of parts, but also play other functions. For instance, a bionic engine cylinder head filled with a dot array structure can be created by selective laser melting 3D printing technology. The mass of the cylinder head was reduced by 66% and the surface area increased from 823 square centimeters to 6,052 square centimeters, significantly improving the cooling performance of the cylinder head and thus improving the engine performance of racing cars.

3d printing for car

3 Additive manufacturing for customized medical solutions

Human tissue is mainly composed of self-assembled polymers (proteins) and bone minerals. Metals exist in the form of trace elements and have molecular scale functions. Metal biomaterials are one of the earliest and most widely-used medical biomaterials. Currently, the metal biomaterials clinically used include non-degradable metals such as stainless steel, cobalt-chromium alloy (Co-Cr alloy), titanium (Ti) and degradable metals such as magnesium (Mg), iron (Fe) and zinc (Zn). In recent years, with the progress of 3D printing China technology and the development of 3D printing materials in China, some scholars proposed to use 3D printing China technology to overcome the defects of traditional manufacturing process. Currently, a large number of experiments in vivo and in vitro have confirmed the feasibility of 3D printing metal-based biomaterials in practical application, which provides an unprecedented possibility for promoting personalized medicine. At present, 3D printed metal-based biomaterials are mainly used in stomatology, tissue repair, orthopedic implantation and cardiovascular devices.

3d printing for medical application

In China, 3D printing has become a significant tool for prototype, innovation and creativity, the realization of personalized products, as well as the research and development of new products, AM is promising & exciting.

For more information about metal 3d printer china, please feel free to contact us!

Additive Manufacturing Machine in Tooling(2023年)

eplus3d — 2023-07-21T12:23:12+0900

https://www.eplus3d.com/Industries/Tooling/

The injection tooling with designed optimal conformal cooling channels manufactured by AM technology, can greatly improve production efficiency, make finished products more uniform, and avoid product defects caused by uneven distribution of cooling channels and uneven cooling speeds. When developing new products, the digital development method of AM can reduce development costs, shorten the development cycle, and meet the needs of multiple prototype modifications. When manufacturing complex molds, the production cycle can be greatly accelerated due to the intermediate links of cooling channel processing and splicing are removed.

EPLUS 3d printed mold tooling Applications
Eplus3D provides a wide range of suitable materials for the tooling industry which meet the stringent requirements for metallographic and mechanical properties.

Our portfolio includes:

Tool Steel: ToolSteel M300

MaragingSteel: 13Ni400

EPLUS 3D, as an excellent 3d printing equipment manufacturers, offers a wide range of best metal 3d printer for you to choose from.

Additive Manufacturing Machine in Dental(2023年)

eplus3d — 2023-07-21T12:22:48+0900

https://www.eplus3d.com/Industries/Dental/

Dentistry is one of the early medical fields in which the technology of Additive Manufacturing is applied. The reason is that dentures, crowns and brackets need to be customized according to the situation of each patient, and they often need to be adjusted manually after manufacturing. In traditional dentistry, the manufacturing speed is limited, the waiting time of patients is long, and the manufacturing cost is also high. After the application of the AM, dentists will conduct digital 3D scanning of the patients' oral cavity, take the 3D data as the basis, and adjust the data according to the patient's situation, and send the perfect digital files of the patient's oral data to the manufacturer. After the manufacturer has finished the inspection data, the finished products will be delivered in a short time. In addition, the precision of the product can be reach the micron level, which means that the oral matching degree between the product and the patient is greatly improved, and the suffering of the patients is greatly reduced. Finally, the products made by AM are relatively traditional products, which have the characteristics of durability and constant quality.

Eplus3D Materials for Dental Applications
Eplus3D provides a wide range of suitable materials for the dental industry which meet the stringent requirements.

Our portfolio includes:

Ti-Based Alloys: Ti6A14V

Cobalt chrome: 2.4979

As one of the professional 3d printing manufacturers, we provide best metal 3d printer, 3d printing in dental, dental 3d printer, industrial 3d printer, resin 3d printer for sale, etc. For more information about applications of 3d printing in dentistry, please feel free to contact us!

Additive Manufacturing Machine in Automotive(2023年)

eplus3d — 2023-07-21T12:22:17+0900

https://www.eplus3d.com/Industries/Automotive/

With the development of Additive Manufacturing and the increasingly stringent requirements of vehicle energy-saving and weight reduction in the automobile manufacturing industry, the automobile accessories printed by AM not only increase the structural strength but also greatly reduce the self-weight. This key advantage makes Additive Manufacturing more and more widely used in the Automotive industry.

Eplus3D Materials for Automotive Applications
Eplus3D provides a wide range of suitable materials for the automotive industry which meets the stringent requirements of automotive engine manufacturers for metallographic and mechanical properties.

Our portfolio includes:

Ni-Based Alloys: IN625, IN718 and HX

Al-Based Alloys: AlSi10Mg

Stainless Steel: 316L, 17-4PH

EPLUS 3D, as an excellent industrial 3d printer manufacturers, offers a wide range of metal 3d printer China for you to choose from.

For more information about application of 3d printing in automotive industry, please feel free to contact us!

Want to buy additive manufacturing automotive parts and additive manufacturing car, please visit our website.

How to Choose a Suitable Metal 3D Printer(2023年)

eplus3d — 2023-07-21T12:21:53+0900

https://www.eplus3d.com/how-to-choose-a-suitable-metal-3d-printer.html

There are now hundreds of metal 3D printers worldwide as the metal 3D printing has become one of the most heavily invested and fastest developing technologies in the manufacturing industry. But how to choose a metal 3D printer best suited to our needs? That could be a hard problem.

In this article we will guide you how to judge and choose the best suitable metal 3D printer through four major aspects.

1. Metal Printing Technology

Metal 3D printers can be generally divided into these four categories speaking of their printing technologies: metal powder bed fusion, direct energy deposition, metal material extrusion and binder jetting.

l Metal Powder Bed Fusion (MPBF)

The Metal Powder Bed Fusion process uses a laser or electron beam to melt and fuse metal powder together. It follows the principle of the proven PBF technology for almost 30 years, and is now the standard in metal 3D printing for direct industrial production. The MPBF method is primarily applied for manufacturing in demanding industries such as aerospace, automotive, dental, healthcare, tooling and machinery. Those industries demand uniform part quality with high performance properties like those achieved by conventional casting or forging processes.

How To Choose A Suitable Metal 3d Printer

Printing with MPBF technology

l Direct Energy Deposition (DED)

Direct Energy Deposition (DED) technology is also known as Laser Engineered Net Shaping (LENS) or Direct Metal Deposition (DMD) based on the specific application. It can work with metal powder or metal wire by using a laser or electron beam to melt the material. It is possible to repair damaged metal parts and add new parts to objects, so it’s mainly used to repair turbine blades or propellers and other industrial applications.

l Metal Material Extrusion

This technology is widely adopted in small and medium businesses as it makes metal 3D printing cheaper and affordable. It works by pushing the material through a heated nozzle and selectively deposited layer by layer to produce the 3D product. It’s mainly used to replicate designs or produce non-functional prototypes.

l Metal BinderJetting

Metal BinderJetting is another additive manufacturing technology based on powder bed. It works by spreading a thin layer of powder first, the printing plate lowers and then another layer of powder is spread. This procedure will repeats until the object is printed. The objects printed with this technology have relatively poor mechanical properties, but with high molding efficiency, so it’s mainly used in small batch production with lower mechanical requirements.

2. Printing Material

Almost all metal 3D printers can process with metal powders. There is a wide range of metal powders to select from. The most common metal powders are aluminium alloys, titanium alloys, cobalt chrome, nickel-based, stainless steels, tooling steels and copper alloys. All of these metal powders have their own features, advantages and weakness. So before purchasing a metal 3D printer, we need to decide the materials we will use first.

How To Choose A Suitable Metal 3d Printer

Data from Eplus3D

3. Application / Intent

Metal 3D printers can be applied to various kinds of industries, such as aerospace, automotive, dental, healthcare, tooling and machinery. So before purchasing, it’s highly recommended to make sure your intent first, i.e. what do you want to print.

Let’s take the metal 3D printers from Eplus3D as an example.

l To print large-sized parts (aerospace industry, etc.)

If you want to use the 3D printer to print exhaust nozzle exit used in aerospace industry, you will be recommended to pick Eplus3D large-sized metal 3D Printer EP-M650. It has a 655 x 655 x 800 mm build envelope, best suitable for the direct manufacturing of large-size, high-precision and high-performance parts in the aerospace, aviation, automotive and defense industry.

How To Choose A Suitable Metal 3d Printer

Metal 3D Printer EP-M650

l To print medium-sized parts (automotive and molds, etc.)

If you want to print medium-sized parts for automotive and molds applications, metal 3D printer EP-M260 from Eplus3D will be highly recommended. It is an industrial grade metal 3D printer that uses advanced metal powder bed fusion (MPBF) technology, capable of easily and quickly converting CAD data into high-performance, complex structure metal parts. It is an ideal choice for medium sized parts and small batch production.

Metal 3D Printer EP-M300

l To print parts used in medical industry (dental labs or academic research, etc.)

If you want to use the printer to print dental parts medical implants or used it in material research centers, metal 3D printer EP-M150 from Eplus3D will be your ideal choice. It adopts metal powder bed selective melting MPBF (Metal Powder Bed Fusion) technology, single and dual-laser printing modes are optional, supporting 200 and 500W laser, which can be perfectly used for the rapid production of high performance, high-precision parts.

Compatible with most popular metal powder materials, including titanium alloy, aluminum alloy, nickel-based superalloy, Maraging steel, stainless steel, Cobalt, chromium alloy and etc. it has been applied in versatile applications such as industrial manufacturing, medical, education, dental, materials development and etc.

4. Cost / Price

The price for each metal 3D printer varies depending on its different size and different applications. For the metal 3D printers from Eplus3D, each machine may cost from $100,000 to $1,000,000. Besides, there is a ongoing cost which also needs to be taken into consideration, including the price of replacement parts, tools, and other items like grease, material, electricity, etc.

A metal 3D printer may require a lot of accessories to make it operate efficiently, so it’s highly recommended to choose a better one from the beginning.

In summary, before purchasing a metal 3D printer, let’s think about the above four aspects first. After everything is settled, we are sure you will find the most suitable 3D printer for your applications.

For more information about suitable application for 3d printer, please feel free to contact us!

EPLUS 3D, as an excellent 3d printer manufacturers, offers a wide range of industrial 3d printer for you to choose from.

Direct 3D Printed Titanium Alloy Spinal Implants(2023年)

eplus3d — 2023-07-21T12:21:13+0900

https://www.eplus3d.com/direct-3d-printed-titanium-alloy-spinal-implants.html

Traditional Method：

In the past, the surgery often uses 3D printing Titanium mesh to fill in autologous or allogeneic bone as an interbody support material. However, once the titanium mesh is displaced compressing the spinal cord, the patient is at risk of paralysis.

Solution：

Establish a precise 3D model based on the CT scanned data. Design the surface of 3D polygonal structure and a mechanically optimized lattice structure inside. The spongy microporous structure combined with the topological frame structure facilitates the growth of bone cells, and finally achieves bone fusion, which has stronger bearing capacity than the conventional titanium mesh.

Direct 3D Printed Titanium Alloy Spinal Implants

Workflow

Direct 3D Printed Titanium Alloy Spinal Implants

Advantages:

The 3D printed artificial vertebral body is completely reconstructed and fixed according to the anatomy of the patient. After installing the precise and personalized artificial spine, the patient who was a truck driver recovers well and was able to drive a few months later.

Material: Titanium Alloy

Technology:MPBF

Print Time: about 12h

Process:3D Printing + heat treatment + cutting + sand blasting

Overview:The EP-M260 is an industrial metal 3D printer that uses advanced metal powder bed fusion (MPBF) technology. It is capable of easily and quickly converting CAD data into high-performance, complex structure metal parts. The 3D printer is an ideal choice for medium sized parts and small batch production.

EPLUS 3D, as an excellent 3d printing manufacturer, offers a wide range of 3d metal printing machine for you to choose from.

EPLUS3D AM Experts at Austrian 3D-Printing Forum with Additive Manufacturing Solutions(2023年)

eplus3d — 2023-07-21T12:20:45+0900

https://www.eplus3d.com/eplus-3d-am-experts-at-austrian-3d-printing-forum-with-additive-manufacturing-solutions.html

On April 7, 2022, Eplus3D showed at Austrian 3D-Printing Forum with our new partner HAGI GmbH, also together with our metal additive manufacturing solutions.

Austrian 3D-Printing Forum entered the ninth session. The forum identify the best application areas for additive manufacturing parts for your process, meet with more than 200 industrial users, innovation project managers and interested parties of AM, and exchange ideas with experts. During the break, exhibitors can visit the attached exhibition to learn about the latest technological developments.

During this forum, Eplus3D presented its high-efficiency & scale-production metal 3D printer EP-M260 and its printed parts. Enis Jost, Application Specialist & Business Development of Eplus3D, has introduced the performance and application scheme of the metal 3D printers EP-M260 in detail from the aspects of product system, characteristics, key technology strengths, market applications and so on , which attracts many exhibitors.

About Metal 3D Printer EP-M260

The EP-M260 is an industrial grade metal 3D printer that uses advanced metal powder bed fusion (MPBF) technology. It is capable of easily and quickly converting CAD data into high-performance, complex structure metal parts. The 3D printer is an ideal choice for medium sized parts and small batch production.

Eplus3D Metal 3D Printer EP-M260

Besides the metal 3d printer EP-M260, we also brought some fabulous printed parts there, like Metallic Orthopedic Implant and Spinal Implant listed below, which mainly used in medical implants.

We have exchanged ideas like Hybrid Manufacturing, the Digital Twin, the bottleneck of postprocessing and other topics related to additive manufacturing, with 200+ AM enthusiasts from the most innovative industrial companies and the leading technology companies!

Eplus3D has gained deeper insight about the latest 3d printing development and trends in the industry, and will surely attend more forums to meet more fabulous thoughts and ideas.

About HAGI

HAGI GmbH, based in Pyhra, Austria, is a technical trading agency that advises its customers in the areas of foundry, dry bulk and 3D printing with competent engineers. Through an appropriate network and the +HAGI+ engineering office, a customer-oriented, technical and economic consulting is guaranteed. HAGI GmbH is active as a representative in the markets of Austria, Slovenia, Croatia, Serbia, Bosnia & Herzegovina, Macedonia and Hungary and worldwide as a consultant.

About Eplus3D

Founded in 2014, Eplus3D develops and manufactures 3d printing equipment for industrial use. To enable easy, user friendly and affordable production systems, with almost 300 employees, Eplus3D offers a comprehensive landscape of additive process chains that help to create profitable business cases for its customers all around the world and from various industries such as medical, aerospace and automotive.

EPLUS 3D, as an excellent 3d printer manufacturers, offers a wide range of affordable metal 3d printer for you to choose from.

Heat-resistant Polymer 3D Printing Material(2023年06月30日)

eplus3d — 2023-06-30T11:50:37+0900

https://www.eplus3d.com/Industries/Automotive/article_166

Polymer is the most commonly used pa12 3d printing material due to the relatively low cost of prototyping and production compared to other 3D printing materials.

- PA 12 nylon powder

PA12 is made from fine polyamide powder. Compared to traditional 3D printed plastic material,

PA12 is waterproof and has excellent resistance to chemicals such as alcohol, fuels, detergents

and oil. Most importantly, it is very suitable for high temperature use.

PA12 3d printing has a melting point of about 180°C, which can be safely used below 95°C.

-Aluminum-filled Nylon Powder

Aluminum-filled nylon powder is a mixture of nylon powder and aluminum powder, printed by

SLS technology. Because it is reinforced nylon, it has excellent durability and physical properties.

The melting point of aluminum powder composite nylon is 172-180°C and the softening

temperature is 169 °C, so it is the best choice for parts which need good mechanical properties

and high temperature resistance.

Heat-resistant Polymer 3D Printing Material

-Glass Filled Nylon Powder

Glass-filled nylon powder is a mixture of nylon powder and glass beads, which is more durable

than standard nylon powder. The material has good wear resistance, high strength, melting

point of 176°C, and can be used in high temperature or under the conditions that a particularly

high thermal deformation temperature is required.

Heat-resistant Polymer 3D Printing Material

Based on the characteristics of good heat resistance, dimensional stability and thermal aging stability, glass-filled nylon parts can be directly used in automobile, electric tools and prototype industries.

Eplus3D SLS polymer 3D printers EP-P3850 and EP-P420 are flexible machines heat-resistant polymer 3d printing. We also provide advanced processes for industrial SLS 3D printing with the most various polymer materials optional, including polymer material PA12, PA12GF, PA11, PA11CF, etc. with high performance of mechanical properties for functional test and end products. Welcome to discuss with us for more details.

EPLUS 3D, as an excellent 3d printer manufacturers, offers a wide range of 3d additive manufacturing for you to choose from.

Inconel 718 - Mainstream 3D Printing Material for Additive Manufacturing(2023年06月30日)

eplus3d — 2023-06-30T11:50:07+0900

https://www.eplus3d.com/Industries/Aerospace/article_178

After World War II, the word "superalloy" came into being to describe a kind of high-performance alloys, which was specifically developed to extend the service life of aircraft parts exposed to extreme high temperature. Superalloy with nickel, iron, cobalt as the base, through the addition of alloy elements to achieve a variety of metal characteristics of super fusion, can work above 600℃ high temperature and a certain stress for long-term, become the mainstream material of aerospace, petrochemical, racing and other industries. Some studies show that the Inconel 718 accounts for more than one third of the nickel-based superalloy used in aerospace engines.

According to the Carnot cycle, running an engine at higher temperatures can improve energy efficiency, which in turn makes the engine more energy-efficient. The inconel 718 3d printing has become a cornerstone of aerospace applications. It also has important applications in nuclear reactors (heat exchanger pipes), submarines (propeller blades, quick cut-off devices, auxiliary propulsion motors), chemicals (vessels, pumps, valves, pipes), power generation (industrial gas turbines), and the oil and gas industry (downhole pipes, wellhead hardware, torch arms).

Traditional manufacturing methods, such as machining, forging or welding, usually require heat treatment before the process begins, thus affecting the temperature corrosion and creep resistance of components. However, the mechanical properties of 3d printed In718 have not been sacrificed, and can even exceed those of cast or forged parts. In addition, Inconel 718 is difficult to machine because of its high cutting temperature and severe work hardening. For the complex geometries commonly required in aerospace applications, the Inconel 718 parts are often difficult and costly to manufacture.

3D-printed In718 Aeroengine Case by EP-M650

Low temperature performance of 3d printing Inconel alloy also has potential applications, pipe and shell, cryogenic suspension and support system, the structure of the impeller and pump, valve stem, cooling pipe, heat pipe, heat insulation design and heat exchanger are suitable for the application of high strength and high temperature alloy, its temperature range covers from the temperature of 273 ℃ to 760 ℃.

EP-M650 Metal Powder Bed Fusion Machine

Inconel 718 - Mainstream 3D Printing Material for Additive Manufacturing

EP-M650 adopts MPBF (Metal Powder Bed Fusion) technology, with a 655 x 655 x 800 mm3 build envelope and four laser systems to ensure a high efficiency printing production. The precise positioning and innovative control technology hereby offers uniformity and stability throughout the whole printing phase.

The system can operate with various metal powders such as Titanium alloy, Aluminum alloy, Nickel-based alloy, Stainless Steel, Chrome Cobalt alloy and other materials. It is suitable for the direct manufacturing of large-size, high-precision and high-performance parts in the aerospace, automotive and defense industries. Welcome to contact us for more information.

EPLUS 3D, as an excellent 3d printing manufacturers, offers a wide range of 3d metal printing machine for you to choose from.

Additive Manufacturing Machine in Healthcare(2023年06月30日)

eplus3d — 2023-06-30T11:49:28+0900

https://www.eplus3d.com/application-of-3d-printing-in-healthcare/

Healthcare
In modern medicine, more artificial prosthesis, such as bone joint, bone repair and heart valve, are implanted into the human body to replace the damaged parts. But everyone is unique. Therefore, it is necessary for each patient to fit the most suitable implant for their physical condition. Additive Manufacturing can fully meet this demand. It has the characteristics of low cost, flexible design and short manufacturing time, so that doctors can directly model using the 3D scanning data of patients before surgery, and make the digital model completely match the affected area to produce the most suitable implant for patients. It is also possible to create a fully simulated replica of the affected part before the operation, so as to be familiar with the whole process of the operation in advance. The application of AM in the medical field means that even if all products are manufactured separately, there will be no additional cost, and the manufacturing time is the same as that of batch manufacturing.

Application of 3d printing in medical field
Eplus3D provides a wide range of suitable materials for the medical industry which meet the stringent requirements.

EPLUS 3D, as an excellent 3d printer manufacturer, offers a wide range of affordable metal 3d printer for you to choose from.

Additive Manufacturing Machine in Aerospace & Aviation(2023年06月30日)

eplus3d — 2023-06-30T11:48:55+0900

https://www.eplus3d.com/additive-manufacturing-in-aerospace/

Application of 3d printing in aerospace industry,
Eplus3D provides a wide range of suitable materials for the aerospace industry which meet the stringent requirements of aircraft engine manufacturers for metallographic and mechanical properties.

As one of the professional 3d printer manufacturers, we provide metal 3d printing aerospace, 3d printed aerospace parts, 3d printing in aerospace industry, 3d printing in aviation, industrial 3d printer, resin 3d printer for sale, etc. For more information, please feel free to contact us!

EP-P420 SLS 3D Printer(2023年06月30日)

eplus3d — 2023-06-30T11:48:18+0900

https://www.eplus3d.com/Additive-Manufacturing/SLS/EP-P420-SLS-3D-Printer.html

Eplus3D EP-P420 adopts polymer powder bed fusion (PPBF™) technology, with max up to 420x420x465mm³ building chamber size, ensures you the capability to print medium & large size parts for customized products and small batch production. Thanks to its innovative software and hardware, the EP-P420 is well designed user-friendly and cost-effective.

EP-P420 SLS Printer Features
EP-P420 sls printer 3d Feature High Performance
High Performance
Optimized temperature real-time management system, temperature filed fluctuation ≤ ±1.0 ℃

Advanced optical scanning path strategy, ensures superior details and surface quality of final parts

Up to 260 ℃ building temperature, the machine is allowed to print more types of polymers

Discrete variation of mechanical properties for full-scale printing parts is less than 5%

High material reuse rate

EP-P420 Sls 3d Printer Feature High Efficiency
High Efficiency
With 120w laser power, the machine has higher printing speed

Detachable forming cylinder, two alternative cylinders are used to shorten the time for next printing job

Detachable optical protective windows, makes daily maintenance easy

Open printing parameters, enables the development of new material

Distinctive scanning strategy, saves the scanning time

Real-time powder feeding system, saves the printing material

Large volume powder dispenser, one time feeding to meet the whole cylinder printing

EP-P420 Sls 3d Printer Feature User Friendly Intelligent
User-Friendly & Intelligent
One-click scanning path generation

Capability to print with one-click

Printing report automatic generation, the printing process can be tracked

Malfunction automatically process, avoids damage to the equipment

For more information about sls printer cost, please feel free to contact us!

EPLUS 3D, as an excellent 3d printer manufacturers, offers a wide range of industrial 3d printer for you to choose from.

Eplus3D Metal Additive Manufacturing(2023年06月30日)

eplus3d — 2023-06-30T11:47:07+0900

https://www.eplus3d.com/products/metal-3d-printer/

Machines & Materials For Your Metal 3D Printing Demands
Eplus3D metal printers are a lab from entry-level models to multi-layer machines for additive production at industrial grades. We also provide advanced processes industrial metal 3D printing with the most various metal materials compatible, including aluminum alloys, titanium alloys, cobalt chrome, nickel-based alloys, stainless steel, tool steels, copper alloy, and other micro-grade metal powders.

Choose Eplus3D for slm 3d metal printer
Eplus3D is a trusted and reputable supplier of SLM metal 3D printers in China, specializing in providing high-quality and reliable metal 3D printing solutions to industries such as aerospace, automotive, medical, tooling etc.

Our metal additive manufacturing machine utilize advanced laser technology to selectively melt metal powders layer by layer, resulting in high-precision and high-quality 3D printed metal parts. Eplus3D offers a range of metal materials for their printers, including titanium alloys, stainless steel, cobalt-chrome, and more.

Eplus3D is committed to providing excellent customer service and support, and We offer comprehensive training and technical support to their customers. We also continuously innovate and improve our products to stay at the forefront of the industry.

What is SLM 3D Printing?
Selective Laser Melting (SLM) is a metal 3D printing process that uses a high-powered laser beam to melt and fuse together metallic powders layer by layer, ultimately creating a 3D object. It is one of the most commonly used metal 3D printing processes for creating high-strength, complex, and precise metal parts with excellent material properties.

The SLM metal 3D printing process begins with the creation of a 3D digital model of the desired part, which is then sliced into thin layers. A layer of metallic powder is spread onto a build platform, and the laser is directed onto the powder, selectively melting and fusing it together at specific points according to the digital model. The build platform then moves down, and the process is repeated for each layer until the object is fully formed.

SLM metal 3D printing offers several advantages over traditional manufacturing methods, including the ability to produce complex geometries with high precision and accuracy. It also offers design flexibility and reduced material waste, as only the required amount of metal powder is used in the process. Furthermore, SLM metal 3D printing can produce parts with improved mechanical properties, such as high strength, stiffness, and durability.

Despite its advantages, aluminum 3d printing machine also has some limitations. It can be a slow and expensive process, and the quality of the final product can be affected by factors such as the quality of the metal powder, the power and accuracy of the laser, and the design of the object itself. Additionally, the size of the parts that can be produced is limited by the size of the build chamber.

Eplus3D, as a professional supplier of titanium 3d printing machine, provides different types of high-precision SLM 3D printing machines and supporting printing materials. If you have any needs or you're interested in our SLM metal 3D printer for sale, please feel free to inquire Eplus3D for more details and the metal 3D printing machine price.

Metal Additive Manufacturing Processes

There are a number of different technologies used in the metal Additive Manufacturing systems available today.

Systems can be classified by the energy source or the way the material is being joined, for example using a binder, laser, heated nozzle, etc. Classification is also possible by the group of materials being processed, such as plastics, metals, or ceramics. The feedstock state, with the most common ones being solid (powder, wire, or sheet) or liquid, is also used to define the process.

What is Metal Additive Manufacturing?
Metal additive manufacturing integrates comprehensive technologies such as powder bed laser fusion, metal binder jetting and laser cladding. MPBF™ (Metal Powder Bed Fusion), as used by Eplus3D metal 3D printers, follows the principle of the proven PBF technology for almost 30 years and is now the standard in metal 3D printing for direct industrial production. The MPBF method is primarily applied for manufacturing in demanding industries such as aerospace, automotive, dental, healthcare, tooling and machinery. Those industries demand uniform part quality with high-performance properties like those achieved by conventional casting or forging processes.
We are the leading provider for high-end metal 3D printing. With our MPBF technology, we empower our customers from different industries to achieve the highly reliable and repeatable parts production.

For more information about 3d printing powder cost, please feel free to contact us!

EPLUS 3D, as an excellent industrial 3d printer manufacturers, offers a wide range of metal additive manufacturing for you to choose from.

EP-M650 Metal 3D Printer(2023年06月30日)

eplus3d — 2023-06-30T11:46:29+0900

https://www.eplus3d.com/products/ep-m650-metal-3d-printer/

Using MPBF (Metal Powder Bed Fusion) technology, the EP-M650 is using a 657 x 657 x 800 mm³ build envelope and four laser systems to ensure a high efficiency printing production. The precise positioning and innovative area splicing control technology hereby offers uniformity and stability throughout the whole printing phase. The system can operate with various metal powders such as Titanium, Aluminum and Nickel-based alloys, Die Steel, Stainless Steel, Chrome Cobalt Alloys and other materials. It is suitable for the direct manufacturing of large-size, high-precision and high-performance parts in the aerospace, aviation, automotive and energy, oil & gas industry.

EP-M650 large format metal 3d printer Features
EP-M650 Metal 3d Printer Feature High Effciency Productivity
High Effciency & Productivity
Printing of mass-individualized parts in the 340 Liter (655 x 655 x 800 mm³) build chamber.

Four lasers are printing simultaneously with up to 120 cm³, which is increased efficiency by 3.5 times compared to a single laser system.

Printing large layer thicknesses of more than 60 um are possible.

Stable Quality, Good Consistency
High parts accuracy in the overlap area of 0.1 mm. The deviation of mechanical properties compared to a single laser system is lower than 3%.

Optimized design the air flow ensures the effective removal of dust and splatter as well as a unifrom parts quality in the whole print bed.

The strict calibration ensures the consistency between parts and batches.

Humanized Design, High Automation Degree
Friendly user interface with fully automatic one-click printing function.

The build job information is displayed in real time with traceable printing parameters and a detailed printing report.

The one-piece take out function ensures a high automation and low downtime, due to an automatic movement of the building cylinder into the cleaning module after the print is finished.

Real Time Monitoring, High Security
Safety design, prevent misoperation, electric shock, fire, waste and pollution.

Outstanding overall sealing performance, use and recovery of powder in a closed state.

Environment and gas source state Real-Time Monitoring, safe and reliable.

Perfect After-sales Service
We support our customers with technical consulting services, including data evaluation, and application development.

Assisting our customers in new material parameter development. Existing parameter packages are provided free of charge.

Free equipment installation and maintenance during the warranty period, full set of technical training is provided.

As one of the professional 3d metal printing companies, we provide metal 3d printing machine, aluminum 3d printer, 3d printer for metal, 3d printing metal, 3d printed metal, industrial 3d printer, resin 3d printer for sale, etc. For more information, please feel free to contact us!

Additive Manufacturing Machine in Consumer Goods(2023年03月12日)

eplus3d — 2023-03-07T18:34:06+0900

https://www.eplus3d.com/Industries/ConsumerGoods/

Consumer Goods
With the characteristics of rapid digital R & D, precision prototype manufacturing and low-cost production optimization, Additive Manufacturing provides unprecedented innovation opportunities for the consumer goods. Different from the traditional way, AM based on design driven provides infinite possibilities for designers in the design stage. Designers no longer consider process constraints, which can make complex and lightweight product structure design become reality, and will not increase product cost. On the contrary, the complex and lightweight product structure means that the consumption of materials will be reduced, but the cost will be reduced. In the trial production stage, designers can adjust the digital design scheme at any time, and also can optimize and change the prototype of the product at any time without increasing the design cost.

EPLUS 3D Materials for Consumer goods Applications
Eplus3D provides a wide range of suitable materials for the 3d printing consumer goods industry which meet the stringent requirements.

Our portfolio includes:

PA12: Polyamide 12 Filled with Aluminum, polyamide 12 Filled with Glass Beads

Eplus3D, as an excellent 3d printing machine manufacturers, offers a wide range of industrial 3d printer for you to choose from.

What is Selective Laser Sintering (SLS) 3D Printing(2023年03月11日)

eplus3d — 2023-03-07T18:33:20+0900

https://www.eplus3d.com/what-is-selective-laser-sintering-sls-3d-printing.html

Selective laser sintering (SLS) 3D printing is a favored additive manufacturing (AM) technology by engineers and manufacturers from different industries. In this article, we will introduce the process, applications and scenarios why SLS 3D printing is different from other additive manufacturing and traditional manufacturing methods.

Selective laser sintering is an additive manufacturing (AM) technology which applies a high-power carbon dioxide laser to sinter polymer powder to form the product based on a 3D model. In recent decades, it has been a popular choice for engineers and manufacturers. However, its features of complexity, high requirements and high prices have restricted its application in large-scale company and manufacturers.

With the development of machinery, materials, software and equipment technology, it has been more suitable for large-scale applications from rapid prototyping to customized manufacturing, and enabled more and more companies to use this technology in high-tech industries. Since the unmelted powder supports the part during the printing process, there is no special support required. It makes SLS 3D printing quit suitable for complex geometries.

Parts printed by SLS 3D printing have excellent mechanical properties with higher strength than traditional manufactured products .The most common material for selective laser sintering is nylon, a high-performance engineering thermoplastic used for functional prototyping and end-use production. Nylon is an ideal choice for complex components and durable parts with high consistency.

SLS 3D printed nylon parts are strong, hard and durable. The finished product has good durability and good abrasion. Nylon is resistant to ultraviolet light, heat, moisture, solvents, temperature and water. Other technologies (SLA or FDM) are usually too brittle and flexible, and not detailed enough. SLS 3D printed nylon parts are not allergenic, which means they can be worn at any time and can be used safely in many situations.

SLS printing is a high speed additive manufacturing technology . Compared with the methods used in other processes such as industrial FDM, it has a faster scanning speed and more accurate. It is also an advanced technology for a wide range of applications. Whether it is suitable for you depends on your part design, material requirements and the application. So please choose SLS 3D printing according to your own actual needs.

About Eplus3D sls laser printer
Eplus3D SLS polymer 3D printers are flexible machines for industrial grade production and research. We also provide advanced processes for industrial SLS 3D printing with the most various polymer materials optional, including polymer material PA12, PA12GF, PA11, PA11CF, TPU etc. with high performance of mechanical properties for functional test and end products.

Eplus3D EP-P420 adopts polymer powder bed fusion (PPBF™) technology, with max up to 420x420x465mm building cylinder, ensures you the capability to print medium & large size parts for customized products and small batch production. Thanks to its innovative software and hardware, the EP-P420 is well designed user-friendly and cost-effective.

As one of the professional 3d printing machine manufacturers, we provide 3d additive, sintered laser printing, selective laser printing, selective laser sintering printer, additive manufacturing, resin 3d printer for sale, etc. For more information about application of selective laser sintering and selective laser sintering cost, please feel free to contact us!

The Development of 3D Printing Technology at Porsche(2023年03月10日)

eplus3d — 2023-03-07T18:32:37+0900

https://www.eplus3d.com/the-development-of-3d-printing-technology-at-porsche.html

As additive manufacturing-3D printing technology is recognized as an important production method, more and more companies are entering the application of 3D printing technology to the production of batch parts.

However, there is often a general question in the market. The industrial application scenarios of 3D printing in the aerospace and medical fields are already taking place, but it seems that 3D printing in the automotive field is generally limited to the prototype trial production field. Through the 3D printing mass production applications that Porsche is developing and about to be carried out, let us appreciate the gradual progress of 3D printing in the automotive industry.

Adjustable dot matrix, customizable comfort-seat

The seat is a window for interaction between people and the vehicle. For high-performance vehicles, the motion control and comfort of the seat are particularly important. Provide the driver with a customized seat, which has been the standard configuration of racing cars for a long time.

Porsche is integrating the comfortable experience brought by custom racing seats into Porsche sports cars, and 3D printing technology provides technical feasibility for Porsche to achieve comfortable performance and customized production of seats.

Internal cooling pipe design-piston

Porsche revealed its milestone application of additive manufacturing for high-stress drive components-pistons produced for the 911 GT2 RS twin-turbocharged engine through powder bed selective laser melting 3D printing technology. In this application, weight reduction through design for additive manufacturing is not the only goal. Porsche also optimizes the piston design to make the engine more powerful and efficient.

The Development of 3D Printing Technology at Porsche

Lightweight integrated cooling channel

All the advantages of 3D printing-additive manufacturing are reflected in this hood. The topology optimization of the lattice structure achieves weight reduction, the cooling channel also achieves functional integration, and at the same time, it saves the assembly time of parts and components. Compared with the parts produced by the traditional process, the hardness of the engine cover has also been improved, and the quality of the parts has been improved.

As one of the professional 3d printing machine manufacturers, we provide 3d metal additive manufacturing, 3d printing machinery, industrial applications of 3d printing, industrial 3d printing machines, resin 3d printer for sale, etc. For more information, please feel free to contact us!

The Application of 3D Printing Technology in the Electronics Industry(2023年03月09日)

eplus3d — 2023-03-07T18:31:17+0900

https://www.eplus3d.com/the-application-of-3d-printing-technology-in-the-electronics-industry.html

In the modern manufacturing industry, 3D printing adds unique functions to various products in a way that the traditional manufacturing industry cannot manage. The ability to produce complex geometries enables engineers to better embed sensors, chips, labels, and other electronics into objects, with the potential to model internal cavities and shells into 3D printed parts.

3D printing is indeed linked to the electronics industry. Recently, online makers have used 3D printing to customize electronics items or some related accessories, and researchers have racked their brains to study stored and accessible 3D printing materials. Similarly, electronics manufacturers also add 3D printing elements to their products.These realities have gradually brought 3D printing technology into the electronics industry and gone deeper and deeper.

The application of 3d printing in electronics industry is used in the production of versatile accessories, such as custom mobile phone cases, brackets, mouse parts, key caps, etc. For now, these accessories are relatively simple to make. Because 3D printing materials are mostly common PLA and ABS materials and these accessories models are common on the network.

Customized Mouse Shell ( Aluminum alloy )printed by EP-M150Pro

The Application of 3D Printing Technology in the Electronics Industry

Mouse molding

At the same time, there are also some technological innovations and advances, such as 3D printed drones, sensors and so on. One of the main manifestations of 3D printing technology constantly surpassing itself is the research and development of 3D printing materials. In the electronics industry, 3D printing materials occupy a crucial position. Perhaps there is a question: are all 3D printed electronic components made of 3D printing? The answer is "No". In the field of electronic products, there are many things that 3D printing technology cannot print, such as: storage devices, conductive lines, and so on. Some of these are being developed, while others are not being developed as yet.

In short, currently in the electronic industry, 3D printing technology has been well applied, with the increase of materials available as 3D printing materials, the improvement of 3D printing molding technology and the efforts of researchers, it is believed that eventually 3D printing technology will be widely used in the electronics industry. Welcome to contact Eplus3D for more related cases of electronics industry.

As one of the professional 3d printing machine manufacturers, we provide metal additive 3d printer, 3d printing machinery, selective laser melting machine, resin 3d printer for sale, etc. For more information, please feel free to contact us!

Shorten the Auto Parts Development Period Less Than One Week by 3D Printing(2023年03月08日)

eplus3d — 2023-03-07T18:30:35+0900

Selective Laser Melting Technology(2023年03月07日)

eplus3d — 2023-03-07T18:29:54+0900

https://www.eplus3d.com/selective-laser-melting-technology.html

As the most advanced and potential technology in the whole 3D printing system, 3D metal printing is an important development direction of advanced manufacturing technology. With the development of science and technology and the demand for popularization and application, direct manufacturing of metal functional parts by rapid prototyping has become the main development direction of rapid prototyping. SLM 3D printing technology is the most advanced and accurate metal laser 3D printing technology in the world.

Working principle of SLM
Selective Laser Melting, SLM) technology was first proposed by Froounholfer Institute in Germany in 1995, and its working principle is similar to SLS. SLM converts the laser energy into heat energy to mold metal powder. The main difference is that the metal powder is not completely melted during the manufacturing process of SLS, while the metal powder is heated to be completely melted and then molded during the manufacturing process of SLM.

The working flow of SLM is as follows: the printer controls the laser to selectively irradiate the laid powder, and the metal powder is heated to be completely melted before forming. Then the piston lowers the height of the workbench by one unit, and a new layer of powder is spread on the formed current layer. The equipment calls in the data of the new layer of the cross-section for laser melting and bonding with the previous layer of the cross-section. This process circulates layer by layer until the whole object is formed. The whole process of SLM is carried out in a processing chamber protected by inert gas to avoid metal oxidation at high temperatures.

Main advantages of SLM
1. The density of metal parts formed by SLM is high, which can reach more than 90%;

2. The mechanical properties such as tensile strength are superior to those of castings, even reaching the level of forgings. Vickers hardness can be higher than that of forgings;

3. Because it is completely melted in the printing process, the dimensional accuracy is high;

4. Compared with traditional material reduction manufacturing, it can save a lot of materials.

As one of the professional 3d printing manufacturers, we provide selective laser melting machine, industrial 3d printer, resin 3d printer for sale, etc. For more information, please feel free to contact us!

Additive Manufacturing Machine in Tooling(2023年02月27日)

eplus3d — 2023-02-27T17:34:12+0900

https://www.eplus3d.com/Industries/Tooling/

Tooling
The injection tooling with designed optimal conformal cooling channels manufactured by AM technology, can greatly improve production efficiency, make finished products more uniform, and avoid product defects caused by uneven distribution of cooling channels and uneven cooling speeds. When developing new products, the digital development method of AM can reduce development costs, shorten the development cycle, and meet the needs of multiple prototype modifications. When manufacturing complex molds, the production cycle can be greatly accelerated due to the intermediate links of cooling channel processing and splicing are removed.

Our portfolio includes:

Tool Steel: ToolSteel 1.2709, MaragingSteel MS1alloys, ToolSteel CM55

EPLUS 3D, as an excellent 3d printer manufacturer, offers a wide range of best metal 3d printer for you to choose from.

Additive Manufacturing Machine in Dental(2023年02月27日)

eplus3d — 2023-02-27T17:33:39+0900

https://www.eplus3d.com/Industries/Dental/

Dental
Dentistry is one of the early medical fields in which the technology of Additive Manufacturing is applied. The reason is that dentures, crowns and brackets need to be customized according to the situation of each patient, and they often need to be adjusted manually after manufacturing. In traditional dentistry, the manufacturing speed is limited, the waiting time of patients is long, and the manufacturing cost is also high. After the application of the AM, dentists will conduct digital 3D scanning of the patients' oral cavity, take the 3D data as the basis, and adjust the data according to the patient's situation, and send the perfect digital files of the patient's oral data to the manufacturer. After the manufacturer has finished the inspection data, the finished products will be delivered in a short time. In addition, the precision of the product can be reach the micron level, which means that the oral matching degree between the product and the patient is greatly improved, and the suffering of the patients is greatly reduced. Finally, the products made by AM are relatively traditional products, which have the characteristics of durability and constant quality.

EPLUS 3D Materials for Dental Applications
Eplus3D provides a wide range of suitable materials for the dental industry which meet the stringent requirements.

Our portfolio includes:

Ti-Based Alloys: TIAl6V4, Ti64, Ti64ELI, Ti64 Grade 5

Cobalt chrome: CobaltChrome MP1

As one of the professional 3d metal printing companies, we provide best metal 3d printer, 3d printing in dental, dental 3d printer, industrial 3d printer, resin 3d printer for sale, etc. For more information about applications of 3d printing in dentistry, please feel free to contact us!

Additive Manufacturing Machine in Automotive(2023年02月27日)

eplus3d — 2023-02-27T17:32:10+0900

https://www.eplus3d.com/Industries/Automotive/

Automotive
With the development of Additive Manufacturing and the increasingly stringent requirements of vehicle energy-saving and weight reduction in the automobile manufacturing industry, the automobile accessories printed by AM not only increase the structural strength but also greatly reduce the self-weight. This key advantage makes Additive Manufacturing more and more widely used in the Automotive industry.

EPLUS 3D Materials for Automotive Applications
Eplus3D provides a wide range of suitable materials for the automotive industry which meets the stringent requirements of automotive engine manufacturers for metallographic and mechanical properties.

Our portfolio includes:

Ni-Based Alloys: IN625, IN718 and HX

Al-Based Alloys: AlSi10Mg

Stainless Steel: 316L, 316L VPro, PH1 (15-5)

EPLUS 3D, as an excellent industrial 3d printer manufacturers, offers a wide range of metal additive manufacturing for you to choose from.

For more information about application of 3d printing in automotive industry, please feel free to contact us!

Want to buy additive manufacturing automotive parts and additive manufacturing car, please visit our website.

How to Choose a Suitable Metal 3D Printer(2023年02月27日)

eplus3d — 2023-02-27T17:31:38+0900

https://www.eplus3d.com/how-to-choose-a-suitable-metal-3d-printer.html

In this article we will guide you how to judge and choose the best suitable metal 3D printer through four major aspects.

1. Metal Printing Technology

l Metal Powder Bed Fusion (MPBF)

How To Choose A Suitable Metal 3d Printer

Printing with MPBF technology

l Direct Energy Deposition (DED)

l Metal Material Extrusion

l Metal BinderJetting

2. Printing Material

How To Choose A Suitable Metal 3d Printer

Data from Eplus3D

3. Application / Intent

Let’s take the metal 3D printers from Eplus3D as an example.

l To print large-sized parts (aerospace industry, etc.)

How To Choose A Suitable Metal 3d Printer

Metal 3D Printer EP-M650

l To print medium-sized parts (automotive and molds, etc.)

How To Choose A Suitable Metal 3d Printer

Metal 3D Printer EP-M300

l To print parts used in medical industry (dental labs or academic research, etc.)

How To Choose A Suitable Metal 3d Printer

Metal 3D Printer EP-M150

4. Cost / Price

A metal 3D printer may require a lot of accessories to make it operate efficiently, so it’s highly recommended to choose a better one from the beginning.

For more information about suitable application for 3d printer, please feel free to contact us!

EPLUS 3D, as an excellent 3d printer manufacturers, offers a wide range of industrial 3d printer for you to choose from.

Direct 3D Printed Titanium Alloy Spinal Implants(2023年02月27日)

eplus3d — 2023-02-27T17:31:05+0900

https://www.eplus3d.com/direct-3d-printed-titanium-alloy-spinal-implants.html

Traditional Method：

Solution：

Advantages:

Machine: Eplus3D Metal 3d printer for titanium EP-M260

Material: Titanium Alloy

Technology:MPBF

Print Time: about 12h

Process:3D Printing + heat treatment + cutting + sand blasting

EPLUS 3D, as an excellent 3d printing manufacturers, offers a wide range of 3d metal printing machine for you to choose from.

EPLUS 3D AM Experts at Austrian 3D-Printing Forum with Additive Manufacturing Solutions(2023年02月27日)

eplus3d — 2023-02-27T17:30:36+0900

https://www.eplus3d.com/Conference-Show/article_278

EPLUS 3D AM Experts at Austrian 3D-Printing Forum with Additive Manufacturing Solutions

About Metal 3D Printer EP-M260

Eplus3D Metal 3D Printer EP-M260

Besides the metal 3d printer EP-M260, we also brought some fabulous printed parts there, like Metallic Orthopedic Implant and Spinal Implant listed below, which mainly used in medical implants.

Eplus3D has gained deeper insight about the latest 3d printing development and trends in the industry, and will surely attend more forums to meet more fabulous thoughts and ideas.

About HAGI

About Eplus3D

EPLUS 3D, as an excellent 3d printer manufacturers, offers a wide range of affordable metal 3d printer for you to choose from.