WENZHOU WELINK MEDICAL INSTRUMENT CO.,LTD

THREE PART SYRINGE PLUNGER MOLD(2024年03月18日)

Welinktech — 2024-03-12T12:57:31+0900

https://www.welink-med.com/products/three-part-syringe-plunger-mold/

The Three Part Syringe Plunger from PLUSLINK is a durable and easy-to-use device designed to help inject medication into the body accurately and safely. It is constructed from three separate parts made from medical-grade plastic, allowing for easy maintenance, cleaning and assembly. The plunger is compatible with most standard syringes and is easy to operate, making it ideal for use in clinical settings.

USAGE METHOD OF THREE PART SYRINGE PLUNGER MOLD
Feed the material into the injection loading machine.
Install the mold using a sling.
Debugging and preheating the machine.
Starting producing.
Disassemble the mold and keep it clean.

ADVANTAGES OF THREE PART SYRINGE PLUNGER MOLD
Frame of mold is made of 60#quenched and tempered steel.
P20H .2738. 718 are available. It also can be produced according customer's requirement.
The precision locator is added to prevent the dislocation.
Mold inserts materials: Cr12, SK11, DC53, or others required by customers.
To replace easily and prolong service life. The inserts can be separated by individual bar that contains 2-4 cavities. Our design is reasonable, with a sturdy structure and stable performance, which can greatly improve production efficiency and mold service life.

Application of Three Part Syringe Plunger
The Three Part Syringe Plunger is commonly used for medical applications such as drug delivery, laboratory analysis, and surgical procedures. It consists of a plunger rod, a stopper, and a body. It is designed to provide accurate, safe and efficient delivery of fluids, medication, and other substances.

There are many medical molding companies, but we are one of the best choices for you.

THREE PART SYRINGE BARREL MOLD(2024年03月17日)

Welinktech — 2024-03-12T12:56:38+0900

https://www.welink-med.com/products/three-part-syringe-barrel-mold.html

It is designed for various types of three-part syringe barrel.including luer slip, luer lock and dual-structural syringe. (1ml, 2ml, 2.5ml, 3ml, 5ml, 10ml, 20ml, 25ml, 30ml, 50ml, 50ml Catheter Tip, 60ml Catheter Tip, 100ml, 150ml)

It consists of three main components: the barrel mold, the front plate, and the back plate.

The injection barrel mold is typically made of a material with good wear resistance to ensure it has the necessary durability and performance. It is design to hold the molten plastic material and shape it into the desired syringe barrel shape. The front and back plates are used to clamp the barrel mold in place and apply pressure to it during the molding progress. They are typically made of sturdy metals like steel to ensure they can withstand the high temperatures and pressure of injection molding.

USAGE METHOD OF THREE PART SYRINGE BARREL MOLD
Use a sling to lift the mold evenly and place it in the designated position on the injection molding machine.
Install correctly according to requirements.
Warm up and preheat the mold.
Start producing.
Regular maintenance.

ADVANTAGES OF THREE PART SYRINGE BARREL MOLD
The mold's advantages include its ease of use, longevity, and ability to produce high-quality syringes reliably. The mold's design significantly improves the accuracy of injection, making it easier for healthcare professionals to perform their duties precisely.

If you are looking for a reliable medical molding supplier, don't hesitate to contact us!

SYRINGE PE PACKING MACHINE(2024年03月16日)

Welinktech — 2024-03-12T12:55:45+0900

https://www.welink-med.com/products/syringe-pe-packing-machine.html

LINKPLUS's Syringe PE packing machine is designed to provide medical facilities and pharmaceutical companies with an efficient and reliable packing solution for their pre-filled syringes. The disposable syringe packing machine offers automatic packing of prefilled syringes in polyethylene plastic that offers superior protection against environmental and physical contaminants. With its specialized packaging software, LINKPLUS's machine ensures tight control over the packaging process, offering improved quality and consistency of the end product. It lowers the risks of cross-contamination and safeguards the sterility of the product, ensuring compliance with regulatory bodies. With advancements in manufacturing technology, LINKPLUS's syringe packaging machine achieves smaller footprints, providing manufacturers with space-efficient and cost-effective solutions.

HOW DOES A SYRINGE PE PACKING MACHINE WORK?

An automated syringe PE packing machine is designed to securely and aseptically package pre-filled syringes into PE bags. The machine automatically feeds pre-loaded syringes into the packaging area, where they are packaged and sealed in PE bags, protecting them from environmental and physical contaminants.

With specialized software, the Ribbon packing machine provides tight control over the packaging process, ensuring consistent high-quality packaging of the pre-filled syringes while maintaining product sterility. The use of automated machinery also improves efficiency and reduces manual labor requirements, increasing production rates and reducing costs. Medical facilities and pharmaceutical companies rely on the syringe PE packing machine as an essential tool for ensuring the aseptic handling of pre-filled syringes, safeguarding the sterility of the product which is crucial for maintaining patient safety.

ADVANTAGES OF USING SYRINGE PE PACKING MACHINE

Improved Product Protection: PE packaging provides superior protection against physical and environmental contaminants.

Reduced Risk of Contamination: The automated nature of the PE packing process reduces the risk of contamination.

Sterility: PE packing enhances the shelf-life of pre-filled syringes while ensuring the sterility of the product.

Compact and Cost-Effective: syringe packing machine require less space and are less expensive than traditional packaging methods.

Greater Efficiency: Automated packing machines offer higher throughput rates, resulting in higher production output and lower costs.

Customizable: PE packing machines can be configured for different types of syringes and packaging needs.

Controlled and Consistent Packaging: Automated machines offer tight control over the packaging process, ensuring consistent and high-quality packaging.

Improved Compliance: Automated machines better adhere to regulatory compliance with aseptic packaging standards.

If you are looking for a reliable medical molding supplier, don't hesitate to contact us!

SYRINGE MOLD/MOULD(2024年03月16日)

Welinktech — 2024-03-12T12:50:27+0900

https://www.welink-med.com/products/syringe-mold-mould/

LINKPLUS provide precision molds used in manufacturing of each components of the various syringes such as disposable syringe, Insullin syringe, safety syringe, AD syringe. Including barrel, plunger, gasket. It's customizable according to customer production need. Our syringe mold design is reasonable, with a sturdy structure and stable performance, which can greatly improve production efficiency and mold service life.

WHAT IS SYRINGE MOLD USED FOR?
Syringe molding is a specialized tool used in the manufacturing of syringes. It is designed to produce precise and consistent shapes of plastic or glass components that make up the syringe, including the barrel, plunger, needle cap, needle hub and so on.

HOW DO YOU USE SYRINGE MOULD?
Steps for mold installation.

1
Confirm that the injection molding machine power is turned on.

2
Click the manual button of the injection molding machine to put it in manual mode.

3
Click the oil pump button of the injection molding machine to start the oil pressure system of the injection molding machine.

4
Transport the molds in place and confirm that they match the production accessories.

5
Use a sling to slowly lift the mold slightly above the injection molding machine, and move the sling bracket so that the mold is above the installation position. Be careful not to cause the mold to collide with the surveillance camera and robotic arm.

6
Slide the protective sleeve of the injection molding machine guide pillar to the appropriate position and slowly lower the mold. The operator should support the top of the mold to avoid it Intense shaking. The operator must control the mold and prohibit it from hitting the guide pillar. When the guide pillar is hit, it will cause concave and convex deformation, Damaging the sealing of the oil pressure system.

7
Lower the mold to the appropriate position, install the positioning flange and protective ring, adjust the mold and sling bracket to make the mold flange and protective ring fit with the injection hole of the injection molding machine.

8
Close the sliding doors on both sides of the injection molding machine, click the mold adjustment button of the injection molding machine, and enter the mold adjustment state.

If you are looking for a reliable medical molding manufacturer, don't hesitate to contact us!

SYRINGE MACHINE(2024年03月15日)

Welinktech — 2024-03-12T12:48:46+0900

https://www.welink-med.com/products/syringe-machine/

The LINKPLUS syringe needle making machine is a specialized equipment used in the mass-production of syringes in medical manufacturing plants. The syringe destroyer machine automates the process of assembly, filling, and packaging of syringes, making it possible to produce huge quantities of high-quality medical devices in a short time.

CLEANING AND STERILIZATION OF SYRINGE MACHINES
Cleaning and sterilization are integral to maintain a sterile and consistent production of syringes using the machines.

1. Cleaning Procedure: The Syringe machine must be thoroughly cleaned after production to remove any contaminants.
2. Disassembly and Inspection: The machine must be disassembled, and various parts inspected for damage and wear.
3. Cleaning Agents and Methods: Appropriate cleaning agents and methods must be used to remove materials that may have adhered to the machine's surface.
4. Sterilization: The machine must be sterilized using autoclaving or other suitable methods to prevent bacterial growth.
5. Validation: Cleaning and sterilization validation are critical to ensure that the cleaning techniques employed are effective in removing contaminants and ensuring sterile production.

THE SIGNIFICANCE OF SYRINGE MACHINES IN MEDICAL MANUFACTURING
Syringe machines play a crucial role in the production of medical equipment such as syringes.

1
With the use of syringe machines, the production of syringes can be done with precision and accuracy, guaranteeing a high-quality output.

2
The use of syringe machines increases the efficiency of the syringe manufacturing process, enabling more syringes to be produced in a shorter amount of time.

3
Automating the syringe manufacturing process through syringe machines can significantly reduce production costs, making it a cost-effective solution.

4
Syringe machines produce consistent and reliable outcomes, ensuring that each syringe meets the required standards.

5
The use of syringe machines can help manufacturers adhere to strict regulatory standards and guidelines to produce safe and reliable medical equipment.

For more information about injection syringe machine price and syringe manufacturing unit, please feel free to contact us!

If you are looking for a reliable medical molding manufacturer, don't hesitate to contact us!

SYRINGE GASKET MOLD(2024年03月14日)

Welinktech — 2024-03-12T12:46:42+0900

https://www.welink-med.com/products/syringe-gasket-mold.html

It can be used for all kinds of dimension of pistons. There are materials of 4Cr13 or P20H, 2738, 718 stainless steel and etc. It can be selected for mold frame, material customer nominated is acceptable. It is the high precision of mold inner insert is S136, 2316 mirror stainless steel or others required by customers. Our mold has sound structure, and stable behavior, which is good for promoting productive efficiency.

USAGE METHOD OF SYRINGE GASKET MOLD

Prepare the mold, ensure the mold is clean and dry.

Prepare the injection molding machine: Select the appropriate injection molding machine and set it up according to the manufacturer's instructions. Preheat the machine and mold to the recommended temperature.

Load the material: Load the appropriate plastic material, such as Silicone, into the injection molding machine hopper. Ensure that the material is clean, dry, and free of contaminants.

Inject the material: Activate the injection molding machine, and the plastic material will be molten and injected into the mold cavity to fill the space of the gasket.

Allow the plastic to cool: After injection, allow the plastic to cool and solidify within the mold.

Eject the finished product: Once the plastic has cooled completely, eject the finished products by using an ejector system or opening the mold plate.

ADVANTAGES OF SYRINGE GASKET MOLD

Consistency: The use of a mold ensures a consistent size, shape, and quality of the gasket produced every time.

Time-saving: Injection molding is a fast and efficient process that produces multiple gaskets simultaneously, reducing production time per piece.

Cost-effective: Injection molding allows for the mass production of gaskets at a lower cost per piece than other production methods.

Customization: Mold design allows for customization of the size, shape, and other features of the gasket to meet specific requirements.

High precision: Injection molding machines can produce gaskets with high precision at a tight tolerance.

Reduced material waste: Injection molding produces minimal scrap compared to other production methods, reducing material waste.

If you are looking for a reliable medical molding factory, don't hesitate to contact us!

SYRINGE BLISTER PACKING MACHINE(2024年03月13日)

Welinktech — 2024-03-12T12:45:33+0900

https://www.welink-med.com/products/syringe-blister-packing-machine.html

LINKPLUS's Syringe Blister Packing Machine is an automated packing solution designed for pharmaceutical companies to pack their syringes aseptically. It's equipped to blister multiple sizes and types of syringes, including tubex, carpules, and novel single-use syringes. The machine picks the pre-loaded syringes and packs them into blister packs for safe storage and transportation purposes.

As the pharmaceutical industry sees a significant rise in the production and demand for pre-filled syringes, LINKPLUS's blister packing machines have become an essential aspect of packaging for safe and efficient medical delivery.

QUALITY CONTROL AND ASSURANCE OF SYRINGE BLISTER PACKING MACHINE

To ensure the quality and reliability of the syringe blister packing machine, manufacturers conduct series of quality control procedures. These include endurance testing, material testing, and safe packaging of the machine. Quality assurance measures include regular machine maintenance, thorough inspection, and ongoing software updates. Furthermore, automated quality control checkpoints are installed throughout the machine's assembly line and include vision inspection systems and statistical monitoring procedures. These measures help to ensure the machine can accurately and precisely package syringes while adhering to strict health and safety standards.

ADVANTAGES OF AUTOMATED SYRINGE BLISTER PACKING MACHINE OVER MANUAL PACKAGING
Precision: Automated blister packing machines provides high precision assurance in the packaging of syringes, eliminating errors caused by human handling.

Production Capacity: Automated syringe blister packing machines have a high production capacity which enables it to package syringes in bulk.

Time and Cost Savings: Automated blister packing machines drastically reduce the time taken to pack syringes, allowing for higher volume outputs while reducing labor costs.

Reduced Contamination: Automated machines operate in clean environments, reducing the risk of contamination and supporting aseptic packaging practices.

If you are looking for a reliable medical molding factory, don't hesitate to contact us!

SYRINGE BARREL PRINTING MACHINE(2024年03月12日)

Welinktech — 2024-03-12T12:44:45+0900

https://www.welink-med.com/products/syringe-barrel-printing-machine.html

A syringe barrel printing machine is a specialized printing machine used to print on syringe barrels. Syringe barrels are the cylindrical plastic tubes used in syringes to contain and dispense fluids or medications. The printing machine is used to print information, such as the drug name, dosage, or expiration date directly onto the surface of the barrel. This helps to ensure the accuracy and safety of medication deliveries to patients, as it reduces the potential for errors in administering or dispensing medication.

WHAT ARE THE BENEFITS OF USING A SYRINGE BARREL PRINTING MACHINE?
Using a syringe barrel printing machine ensures high-quality, precise, and consistent printing on syringe barrels, which helps prevent errors and ensures the safe and accurate administration of medicine or vaccines to patients. This, in turn, helps increase patient safety and reduce the risk of errors in the healthcare and medical industry.

WHAT IS A SYRINGE BARREL PRINTING MACHINE USED FOR?
A syringe barrel printing machine is used to print high-resolution text, symbols, logos, and barcodes on syringe barrels used in various medical and pharmaceutical applications. These barrels are typically used to store and dispense liquid medications, vaccines, and other sterile drugs. The printing machine allows manufacturers to add identification and branding information on syringe barrels to ensure that the right drug or vaccine is administered to the right patient. It also helps increase patient safety and reduce the risk of errors in the healthcare industry.

There are many medical molding companies, but we are one of the best choices for you.

SYRINGE ASSEMBLY MACHINE(2024年01月15日)

Welinktech — 2024-01-08T12:21:20+0900

https://www.welink-med.com/products/syringe-assembly-machine.html

A syringe assemble machine is a specialized automation equipment used in the healthcare and medical industry to assemble syringes. The machine is designed to automate the syringe assembly process to increase production efficiency, reduce the risk of human error, and ensure consistency in the quality of the syringes produced.

Syringe assemble machines typically consist of multiple stations where different components, such as barrels, plungers, and needles, are assembled together to create a complete syringe. The machine uses precision mechanisms such as robotics, and other specialized equipment to assemble the syringe components with high accuracy and speed.

SPECIFICATION OF SYRINGE ASSEMBLY MACHINE

Package Range1-2ML3-5ML10ML20ML30ML
Printing Speed200-220 pcs/min220-240 pcs/min180-200 pcs/min160-180 pcs/min140-160 pcs/min
Rated Volt220V/50Hz
Equipment Size4650x2630x2150mm 3050x4000x2150mm
Power3kw
Weight1500KG
Air Pressure0.4-0.6Mpa

HOW DOES A SYRINGE ASSEMBLY MACHINE WORK?

A syringe assemble machine works by automating the process of assembling syringes. The machine is designed to load the syringe barrel, insert the plunger, insert the rubber stopper, and ensure that all components are securely in place using pressure.

The machine can be programmed to handle different types and sizes of syringes, and it uses a vision system to ensure that all components are properly aligned before assembling.

Once the barrel, plunger, and stopper are loaded into the machine, the machine's grabber will pick up the components and insert them into the syringe barrel one by one. The machine will then apply pressure to ensure that all components are securely in place inside the syringe barrel.

WHAT IS THE MAINTENANCE REQUIRED FOR A SYRINGE ASSEMBLY MACHINE?
A syringe assemble machine requires regular maintenance to ensure its optimal performance and to prevent breakdowns or malfunctions. Some of the maintenance tasks that are typically required for a syringe assemble machine include:

Regular cleaning of the machine to remove any dirt, debris, or contaminants that can negatively impact the machine's performance.

Lubrication of the machine's moving parts to prevent friction, wear, and tear that can lead to early component failure.

Regular inspection of the machine's components to identify any signs of wear and tear, loose parts, or other issues.

Replacement of any damaged or worn parts to prevent the problem from escalating and leading to more extensive damage or downtime.

Calibration of the machine to ensure that it is operating within optimal tolerances and accuracy levels.

For more information about syringe assembly machine price, please feel free to contact us!
If you are looking for a reliable medical molding supplier, don't hesitate to contact us!

SCALP VEIN SET MOLD(2024年01月14日)

Welinktech — 2024-01-08T12:20:39+0900

https://www.welink-med.com/products/scalp-vein-set-mold.html

Scalp Vein Set Mold is typically designed to create precise and consistent butterfly shapes for scalp vein sets used in venipuncture procedures, such as blood withdrawal or intravenous medication administration. LINKPLUS is a medical device manufacturer that produces Scalp Vein Set Molds using high-quality materials that are durable and safe.

LINKPLUS mould on scalp may offer customized options such as different sizes and shapes to fit the need of the manufacturer. The mold may also be easy to clean and sterilize between uses to prevent contamination.

LINKPLUS Scalp Mold is designed to be user-friendly, even for individuals with minimal manufacturing experience. The mold may be compatible with a range of machines and tools that are commonly used in the scalp vein set manufacturing process.

USING TIPS FOR SCALP VEIN SET MOLD

Manufacturing Scalp Vein Set using a mold on scalp treatment requires precision and attention to detail to ensure that the final product is safe and effective for patients. Here are some tips to consider when using a Scalp Vein Set Mold:

Sterilization: Before use, the Scalp Vein Set Mold and any associated tools should be sterilized to prevent contamination. Ensure that you follow the manufacturer's instructions for proper cleaning and sterilization techniques.

Material: Select appropriate medical-grade materials that are safe and durable for use with the Scalp Vein Set Mold. The material chosen should be able to withstand the sterilization process without degrading or losing its shape.

Mold Placement: Proper placement of the Scalp Vein Set Mold is crucial for creating a precise and consistent butterfly structure. The mold should be placed in a stable and secure position to avoid any movement during the molding process.

Trimming: After molding, excess material should be trimmed off using a scalpel or cutting tool. It is important to ensure that you do not cut into the butterfly structure when trimming.

Maintenance: Regular cleaning and maintenance of the Scalp Vein Set Mold may help increase its lifespan while ensuring effective and consistent manufacturing quality.

FEATURES OF SCALP VEIN SET MOLD

Material: Scalp vein set molds are typically made of medical-grade materials that are safe and durable.

Precision: The mold is designed to create precise and consistent results with each use.

Compatibility: The Scalp Vein Set Mold should be compatible with a range of machines and tools that are commonly used in the scalp vein set manufacturing process.

Customization: Scalp vein set molds may offer customization options such as different sizes and shapes to fit the needs of the manufacturer.

Cleaning: The Scalp Vein Set Mold should be easy to clean and sterilize between uses to prevent contamination.

If you are looking for a reliable medical molding supplier, don't hesitate to contact us!

SAFETY SYRINGE MOLD(2024年01月13日)

Welinktech — 2024-01-08T12:19:59+0900

https://www.welink-med.com/products/safety-syringe-mold/

LINKPLUS Safety syringe injection molding are designed to manufacture syringes with built-in safety mechanisms. These molds come in different shapes and sizes and are manufactured with precise details to ensure uniformity and consistency in the production process, achieving the highest safety standards in medical applications.

ADVANTAGES OF SAFETY SYRINGE MOLD
1. Increased Safety: Safety injection molding syringe are made to create syringes with built-in safety features that lessen the chance of needlestick wounds, safeguarding both patients and medical staff.

2. Consistency: Uniformity and consistency in the production process are ensured by the safety syringe molds, which are made to produce syringes with specific dimensions and characteristics.

3. Customizability: Molds may be tailored to fit the precise needs of distinctive safety syringes and the requirements of the medical industry.

4. Efficiency: Using safety syringe molds makes the production process more effective and quick, which lowers labor costs and turnaround time.

5. High-Quality Production: Safety syringe molds ensure that high-quality syringes are produced that adhere to the appropriate safety and quality requirements, assuring dependability and a steady stream of product.

6. Cost-effective: Safety syringe molds can produce a high volume of syringes in a short amount of time, reducing production costs and ensuring the cost-effectiveness of the manufacturing process.

If you are looking for a reliable medical molding supplier, don't hesitate to contact us!

INSULIN PEN NEEDLE MOLD(2024年01月12日)

Welinktech — 2024-01-08T12:18:53+0900

https://www.welink-med.com/products/pen-insulin-needle-mold.html

pen insulin syringe molds are used in the production of insulin pen needles. These molds are typically made of high-quality steel or aluminum to ensure accuracy, precision, and durability in the manufacturing process.

The mold design features a series of cavities that are used to shape and form the insulin pen needles. The needles are made from stainless steel and are usually coated with a thin layer of silicone to ensure smooth injection and reduce pain during use.

During the production process, the insulin injection pen needles molds are filled with molten metal using a process called injection molding. The metal is then allowed to cool and harden, forming the desired shape of the insulin pen needles.

After the needles are formed, they are typically packaged in sterile containers and shipped to medical facilities or pharmacies for distribution to patients with diabetes who require insulin injections as part of their treatment plan.

HOW TO USE PEN INSULIN NEEDLE MOLD?
Wash your hands with soap and water before handling the needle.

Remove the protective cap from the needle.

Attach the needle to the insulin pen, making sure it clicks into place.

Prime the needle by dialing the pen to the appropriate dose and pressing the plunger until insulin appears at the needle tip.

Choose your injection site and clean the area with an alcohol swab.

Insert the safety needles for insulin pens into your skin at a 90-degree angle for adults or at a 45-degree angle for children or those with thin skin.

Press the plunger to inject the insulin.

Remove the needle from the skin and discard it into a sharps container.

FEATURES OF INSULIN PEN NEEDLE MOLD

Compatibility: Insulin pen needle molds are designed to fit compatible insulin pens.

Needle Gauge: Insulin pen needle molds are available in different needle gauges depending on the user's preference and insulin dosage.

Needle Length: Insulin pen needle molds come in different lengths, depending on the user's skin thickness.

Sterility: Insulin pen needle molds must be sterilized before use to prevent infections.

Ease of Use: Insulin pen needle molds are designed to be easy to use and require minimal training.

If you are looking for a reliable medical molding manufacturer, don't hesitate to contact us!

NEEDLE MOLD/MOULD(2024年01月11日)

Welinktech — 2024-01-08T12:17:43+0900

https://www.welink-med.com/products/needle-mold-mould/

The LINKPLUS Needle Mold is a specialized tool used in the production of medical needles. It is designed with advanced technology to ensure high precision, uniform size, and consistency, yielding high-quality medical needles.

WHAT IS NEEDLE MOLD USED FOR?
Needle mold is used for manufacturing needles of various sizes and shapes used in the medical and textile industry. The medical industry uses needle molds to produce hypodermic needles, biopsy needles, and other surgical needles. The textile industry uses needle molds to manufacture needles for sewing machines, embroidery machines, and knitting machines. Needle molds are also used in the production of acupunctural needles, which are used for medical treatment in traditional Chinese medicine. Needle molds are made from materials such as steel, aluminum, and brass and are designed to produce high-quality, consistent needles.

ADVANTAGES OF USING THE NEEDLE MOLD

Precision and Consistency
With the use of needle molds, a high level of precision and consistency can be achieved in the size, shape, and quality of produced needles.
Customization

Needle molds can be customized to produce different types of needles, allowing manufacturers greater flexibility in their production processes.
Time and Cost Efficiency

Using needle molds can reduce production time and costs, as molds allow for faster and more efficient production.
Improved Product Quality

The use of needle molds can result in higher quality products, as the precision and consistency achieved through molds can reduce errors and faults in the production process.
Uniformity

The use of needle molds creates uniformity in the production process, which can improve the overall quality of the final product.

Reduced Waste

By using molds, manufacturers can reduce waste in the production process, as molds allow for more precise control over the materials used.

Increased Output

By producing needles faster and more efficiently, the use of needle molds can lead to an increase in production output.
Lower Marginal Cost

The overall cost of production can decrease thanks to the efficiency and accuracy provided by the use of needle molds.

Quality Control

The precision achieved through the use of molds allows for better quality control throughout the production process.

Flexibility

Needle molds can be used for a variety of materials and processes, allowing manufacturers to adapt their production processes as needed.

If you are looking for a reliable medical molding manufacturer, don't hesitate to contact us!

NEEDLE MACHINE(2024年01月10日)

Welinktech — 2024-01-08T12:16:50+0900

https://www.welink-med.com/products/needle-machine/

The LINKPLUS syringe and needle making machine is a specialized piece of equipment that creates needles of the highest quality for use in IVs, injections, and blood collection. It produces tiny, sterile needles quickly using premium materials and careful machining.

NEEDLE MACHINE MATERIALS
1. Stainless Steel: Because to its durability, stiffness, and resistance to corrosion, stainless steel is a common material used in needle machines.

2. Tungsten: Used in medical needle making machine to create accurate, tiny needles, tungsten is a robust and long-lasting substance.

The third substance is nickel-titanium, which is used to make self-cleaning needles that can keep their form even after being bent.

4. Platinum Iridium: This substance is employed in high precision needle machines that accurately create ultra-thin needles.

5. Polypropylene: To maintain sanitary storage and transportation, polypropylene is a material utilized for the components that encase the needles.

6. Glass: To produce accurate and sharp needles utilized in the medical industry, several needle machines use glass components.
If you are looking for a reliable needle machine manufacturer, don't hesitate to contact us!

For more information about needle machine price, please feel free to contact us!

There are many medical molding companies, but we are one of the best choices for you.

NEEDLE ASSEMBLY MACHINE(2024年01月09日)

Welinktech — 2024-01-08T12:16:09+0900

https://www.welink-med.com/products/needle-assembly-machine.html

LINKPLUS's Needle Assemble Machine is an integral part of the process for manufacturing hypodermic needles used in medical instruments. During assembly, the machine precisely aligns and attaches the needle components, including the hub, shaft, and needle.

LINKPLUS's disposable syringe needle assembly machine contributes to increased manufacturing efficiency and accuracy, enabling high-volume production of needles with consistent quality. Manufacturers can also utilize customization options to create needles tailored to specific medical applications. Ultimately, LINKPLUS's needle assemble machines play a crucial role in the production of safe and high-quality medical devices, resulting in improved patient care and outcomes.

SPECIFICATION OF NEEDLE ASSEMBLY MACHINE
Aluminum Parts6061 (With hard treatment in surface)
Machine PartsA3 steel 45 steel and stainless steel etc
Main Frame45# square tube composition (baking paint in surface)
Main Frame Table45 # steel (anti rust paint is sprayed on the surface) Panel 304 stainless steel (surtace shockproof)
Rated Volt380V/50HZ
Equipment Size11000*3500*1980MM
Power14KW
Weight3000KG
Air Pressure≥0.6MPA
HOW TO USE NEEDLE ASSEMBLY MACHINE ?

Using a needle assemble machine requires proper set-up and operation to ensure successful needle assembly. First, ensure that the machine is properly calibrated to the specific needle type being assembled. The machine can then be fed the individual needle components, such as the hub, shaft, and needle, for assembly. The machine will precisely position and secure the components together to create a finished needle.

After assembly, the needles should be inspected for quality control measures. Regular maintenance should be conducted to ensure the machine remains in optimal condition and produces high-quality needles. Proper operator training is essential to ensure that the needle assemble machine is used correctly, resulting in consistent production and high-quality needles.

USING TIPS FOR NEEDLE ASSEMBLY MACHINE
Calibration: Properly calibrate the machine for the specific needle type being assembled.

Component Feeding: Carefully feed the individual needle components into the machine.

Quality Control: Thoroughly check assembled needles for quality control measures.

Maintenance: Conduct regular maintenance to ensure the machine remains in optimal condition.

Operator Training: Ensure adequate operator training to ensure successful operation and high-quality production.

Manufacturer's Guidelines: Follow manufacturer's guidelines for specific machine operation and maintenance procedures.

If you are looking for a reliable medical molding factory, don't hesitate to contact us!

MEDICAL TUBING EXTRUSION MACHINE(2024年01月08日)

Welinktech — 2024-01-08T12:15:16+0900

https://www.welink-med.com/products/medical-tubing-extruder.html

LINKPLUS manufactures Medical Tubing Extrusion Machines that utilize a plastic extruder, die, and cooling system to shape thermoplastic material into medical-grade tubing such as catheters, surgical tubing, and other tubes. These machines adhere to strict quality control standards and regulatory requirements for medical devices, resulting in safe, sterile, and defect-free tubing.

SPECIFICATION OF MEDICAL TUBING EXTRUSION MACHINE
Diameter ScopeScrew DiameterL/DMain Extruder PowerOutput
2-10mm55mm28:115kw30-35kg/hr

HOW DO YOU MAINTAIN MEDICAL TUBING EXTRUSION MACHINE

To maintain a medical extruder, it is important to follow the manufacturer's recommended maintenance schedule and procedures. Some of the key maintenance steps include cleaning the machine and regularly replacing worn parts, such as the die and screws. The machine should be inspected for wear and tear, as well as any signs of damage or corrosion. The medical tubing extruder should be regularly lubricated to ensure that it operates smoothly, and the electrical components should be checked for loose connections or damaged cables. It is also important to ensure that the machine is calibrated properly to maintain quality standards. Regular cleaning, inspection, and testing will help maintain the machine and prolong its lifespan.

HOW DOES A MEDICAL TUBING EXTRUSION MACHINE WORK?

Material feeding: Medical-grade material is fed into the machine through a hopper and melted in the extruder.

Shaping: The molten material is passed through a die, which shapes the material into the desired tube shape.

Cooling: The newly formed tubing is then cooled using a cooling system, which solidifies the material in the desired shape.

Winding/Coiling: The finished tubing is then wound or cut into the desired lengths or coiled for storage or further processing.

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