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HP's multi jet jet technology opens up a new era of plastic 3D printing with fine surface detail, fast speed, and multi-material printing. In the turbulent technical iteration background, we can not help but ask a question, HP era, SLS high power laser pointer sintering technology in the field of plastic applications will be directly marginalized? Or kicked into the abyss beyond redemption? However, perhaps the material changes will bring new life for the SLS, to explore the development of differentiated path.http://www.everyonetobuy.com/super-strong-30000mw-blue-laser-pointer-shop.html
If the materials represented by Polymaker change the pain point of FDM technology can not achieve smooth print detail; to Carbon as the representative of the material to solve the photosensitive resin limitations in the prototype and design validation problems; then the Italy CRP Technology as the representative of the material SLS laser pointer sintering technology produces global products that require superior mechanical and aesthetic properties, and their plastic products can be processed by CNC machines. Indeed, the material is to limit the progress of 3D printing the biggest factor, while the material is also the magic key to the liberation of 3D printing potential. We first through the use of CRP Technology in the printing field, to enter into the customization of production applications under the SLS laser sintering technology materials is like?http://www.everyonetobuy.com/
CRP Technology Main Windform Polyamide material, mainly including: windform XT 2 is a composite of carbon fiber and polyamide material to ensure maximum mechanical properties, characterized by high stiffness, excellent strength and weight reduction; windform SP is a top-of-the-range Mechanical resistance high toughness material. In addition, it is waterproof, has excellent sealing properties, whether it is liquid (water, oil, gasoline, etc.) and gas, windform SP can be used in high-intensity vibration or high stress impact environment under the anti-fatigue operation, It can also ensure the details of reproduction; windform FX, is a new generation of polyamide material, characterized by resistance to repeated bending and twisting. The material exhibits excellent impact resistance, even at low temperatures, similar to polypropylene and injection molded parts; windform LX 2 is a glass fiber reinforced polyamide material with good tensile strength and can also be CNC CNC machining. In addition, it is also a non-conductive material suitable for use in battery packs, electrical and electronic components and KERS energy recovery containers; windform GT is highly resilient and waterproof; windform GF 2 is a composite of glass fibers, aluminum and polyamide, The need for accurate and superior surface requirements.http://www.everyonetobuy.com/green-laser.html
The classic application of CRP Technology is on an unmanned aerial vehicle. 3D Science Valley understands that the Flying-Cam 3.0 SARAH is an electric VTOL UAV system with 25 kg traction at 5 kg payload Continue to fly for 30 minutes. Combining efficient aerodynamic systems, innovative flight modes and modular replaceable loads, Flying-Cam works closely with well-known 3D printing service provider CRP Technology, and has entered the manufacturing phase. CRP green laser pointer Technology's proprietary Windform materials are used in Flying-Cam including fuselage structures, air-cooled cooling systems, tail fins, and main battery connections. Thanks to the use of 3D printing technology, Flying-Cam is designed to achieve the optimum ratio of structural strength to weight and to combine multiple functions into a single component.

In addition to unmanned aerial vehicles, CRP Technology has also been applied in the field of golf experience, 3D Science Valley learned not only excellent mechanical properties, but also to achieve the traditional processing methods can not be achieved in the internal groove structure details. Perhaps, when the golf club wielded, SLS technology with the iterative progress of materials, we will draw a more beautiful arc.
https://laserman123.userecho.com/topics/5-analysis-of-laser-cutting-industry-chain-in-china/
http://plaza.rakuten.co.jp/laserman/diary/201612060000/
http://eyes123456.publicoton.fr/a-short-pulse-nanosecond-fiber-laser-was-used-to-mark-the-polycarbonate-846774