TPM SLS Nylon 3D
TPM3DTM SLS Addictive Manufacturing Systems
Precimid® Polymer Powders for SLS AM SLS
Direct Parts
TPM SLS Nylon 3D Printer
Founded as a rapid prototyping service provider in 1999, TPM started with the research and development of SLS rapid prototyping technologies in 2004. In 2008, TPM launched its SLS addictive manufacturing systems with the Elite P4500 printer and the Precimid 1120 polymer powders. In 2014, TPM set up a joint venture with Stratasys Direct Manufacturing Inc, providing world’s first-class SLS AM systems and materials in the brand of TPM3DTM and Precimid . Headquartered in Shanghai, TPM3D has an R&D center and a manufacturing facility in Zhongshan (Guangdong Province) , as well as a lab in Texas, US. TPM3D has obtained over 20 Chinese patents by far.
TPM3DTM SLS AM systems have been widely recognized as one of the best and most reliable solutions for small quantity production of direct parts with the features of compact size, no support design required, multi-level layout for positioning, automatic temperature control, expandable automatic self-feeding function, dust control, and unified interface, which are widely used in the aviation and automobile industries, education, and 3D printing service.
What Materials Can Be Used In SLS 3D Printing Process?
Powder materials can be used in the SLS 3D printing process. There are relatively rich raw materials can be used, including metal, ceramic, coated sand and polymer powder, etc. The materials have self-supporting properties, and can be recycled. It is easy to produce the design with complex structures.
Applications Of TPM3D SLS 3D Printer
TPM3D SLS 3D printers are widely used in the field of automotive, medical, electronic, consumer goods, aerospace, education, cultural and creative.
TPM 3D TM SLS AM Systems
| Specs | S320 | S360 |
|---|---|---|
| ChamberVolumeX.Y.Z. (mm) | 320x320x600 | 360x360x600 |
| Effective Building Volume X.Y.Z. (mm) | 310x310x590 | 345x345x590 |
| CO2 Laser Power (w) | 60 | 60 |
| Focus 3-Axis Dynamic | Focus 3-Axis Dynamic | Focus 3-Axis Dynamic |
| Productivity (mm/hr) | up to 20 | up to 20 |
| Layer Thickness (mm) | 0.1/0.12/0.15 | 0.1/0.12/0.15 |
| Laser Focus Spot (mm) | 0.25 | 0.3 |
| ScanSpeedupto (mm/s) | 13,000 | 15,000 |
| Main Unit Size (m) | 1.3W*1.2D*1.9H | 1.3W*1.3D*1.9H |
| Control Unit Size (m) | 0.7W*1.1D*1.9H | 0.7W*1.1D*1.9H |
| Main Unit Weight (Kg) | 1250 | 1300 |
| Max. Operation Temperature (Celsius) | Platform 190/ Work Chamber 145 | Platform 190/ Work Chamber 145 |
| Active Cooling | - | - |
| Thermal Regulator for Control Cabinet | - | - |
| Lifting Trolley | Manual | Manual |
| Oxigen Detector | - | - |
| Parts Color | White,Black or Others | White,Black or Others |
| OS & Data Preparation Software | Windowsl0.O/ SolidView Pro RP, 64bit | Windowsl0.O/ SolidView Pro RP, 64bit |
| Data Format | STL | STL |
| Powder Feeding Type | Twin Storage Bins,Twin powder Feeder | Twin Storage Bins,Twin powder Feeder |
| Recoater | Smart Recoater Blade | Smart Recoater Blade |
| Nitrogen Generator | Integrated | Integrated |
| Power Supply | 380V, 3P/N/PE, 32A, 50Hz, 8KW | 380V, 3P/N/PE, 32A, 50Hz, 8KW |