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14000mm/s Cnc Machining Parts SLM 3D Printer Custom 1300*1000*1650

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China Guangzhou Riton Additive Technology Co., Ltd. certification
China Guangzhou Riton Additive Technology Co., Ltd. certification
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14000mm/s Cnc Machining Parts SLM 3D Printer Custom 1300*1000*1650

14000mm/s Cnc Machining Parts SLM 3D Printer Custom 1300*1000*1650
14000mm/s Cnc Machining Parts SLM 3D Printer Custom 1300*1000*1650 14000mm/s Cnc Machining Parts SLM 3D Printer Custom 1300*1000*1650 14000mm/s Cnc Machining Parts SLM 3D Printer Custom 1300*1000*1650

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Product Details:
Place of Origin: Guangdong,China
Brand Name: RITON
Certification: ISO-13485
Payment & Shipping Terms:
Minimum Order Quantity: 1
Price: USD
Packaging Details: Wooden box
Delivery Time: 15 work days
Payment Terms: L/C, T/T
Supply Ability: 100 Set/Sets per Month

14000mm/s Cnc Machining Parts SLM 3D Printer Custom 1300*1000*1650

Description
Type: Laser Machining Dimension(L*W*H): 1300*1000*1650
Print Speed: 14000mm/s Light-source: Double Fiber Lasers
High Light:

14000mm/s SLM 3D Printer

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1300*1000*1650 SLM 3D Printer

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1300*1000*1650 Cnc 3D Printer

Cnc Machining Parts SLM 3D Printer Custom 1300*1000*1650 

 

  project Key innovation points
1 Development of Flexible Powder Laying Device for Key Parts of Metal 3D Printing Equipment In the process of 3D printing molding, the powder laying effect directly affects the molding effect of parts, and solving the rigid problem of powder laying scraper is the key to the development of powder laying device.Too rigid easy to scrape parts, too small to make the powder surface uneven.This development uses flexible powder laying device, choose moderate stiffness silicone strip laying powder, can cross the metal bulge and can compact the powder surface, can achieve better powder laying effect.The device fixture can be easily removed to achieve quick replacement and adjustment of the powder laying brush.
2 Development of a new optical path adjustment device for metal forming How to realize the stable fixed position of optical components and can quickly and conveniently adjust the optical path spot focus is the key of the new optical path adjustment device.The new optical path adjustment device can align the alignment, scanning galvanometer, optical lens and other optical components in an orderly and precise assembly, and can quickly realize the overall optical path adjustment through the single-screw fine-tuning device, quickly and qualitatively find the laser focus position, debugging process It can also be adjusted in real time according to the printing quality.
3 Research and development of digital powder laying operating system for 3D printer of metal crown Research and development of digital powder laying operating system, integrated in the control software, effectively improve the printing efficiency and forming parts accuracy.The digital powder laying system adds the laying powder section speed, parallel bar lifting and prepaid powder and other functions.Fast powder laying is used above the powder cylinder, while the molding cylinder can be kept slowly to achieve flat powder laying. When completing the laying of the powder, the powder arm return to the origin at the same time the molding cylinder and powder cylinder sink to a certain height, to avoid the phenomenon of the powder laying arm returning back with powder. After crossing the forming cylinder, the forming cylinder rises back to the printing position and begins printing. When the powder laying arm returns to the origin, the cylinder rises back to the powder supply position of the next layer. At the same time of the laser scanning, the powder laying arm continues to work, finish the trip of the powder cylinder section in advance, realize the pre-laying powder, through printing and powder laying synchronization, improve the speed of powder laying.
4 Research and development of digital optical path control system for 3D printer of metal crown Digital optical circuit control system, integrated into the print control software, to realize the optical circuit debugging and real-time monitoring.The system can control and debug optical components such as lens and laser respectively, and through the test module, the printing ratio can be quickly calibrated, and the laser delay parameters and energy can respond quickly.
5 Research and development of security early warning and monitoring system applied in 3D printer For various problems may occur in the process of printing, we developed a 3D printer safety early warning monitoring system. By monitoring the gas pressure in the printing chamber, oxygen content, laser status, circulation system, motor status, door switch status, etc, and through the monitoring data to give early warning, and interrupt the corresponding operation, and remind the operator through the status indicator light and buzzer, which is convenient for users to continue printing and improve production safety.

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Contact Details
Guangzhou Riton Additive Technology Co., Ltd.

Contact Person: Susan

Tel: +8613925933549

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