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Product > 3D Printer > FM Series > FM_700

FM Series

FM_700

FM Series

FM_700

Equipment Advantages

- Double scanner with high speed scanning: variable spot technology.
- High efficiency, more than 4 times faster comparing with domestic ordinary stereolithography equipment.
- High precision, can restore details soles and side pattern with 0.06 mm.
- Intelligent control, automatic calibration, automatic liquid infusion.
- Epm system with remote device controlling platform, real-time monitor, optimization management.
- CE certification.
- The new surface design, streamlined machine body, full of stronger sense with science and technology.

- Double scanner with high speed scanning: variable spot technology.
- High efficiency, more than 4 times faster comparing with domestic ordinary stereolithography equipment.
- High precision, can restore details soles and side pattern with 0.06 mm.
- Intelligent control, automatic calibration, automatic liquid infusion.
- Epm system with remote device controlling platform, real-time monitor, optimization management.
- CE certification.
- The new surface design, streamlined machine body, full of stronger sense with science and technology.

Stereolithography

The SL process as originally commercialized for "industrial" applications and represented in UnionTech stereolithography 3D printers utilizes a build platform that is immersed in a vat of photopolymer creating a layer of polymer formulation ranging from 0.002 in. to 0.010in. A 355 nanometer wavelength laser draws the cross-section of the prescribed layer with instantaneous curing of the photopolymer. The platform then lowers to the desired layer thickness and a recoater passes over the platform to ensure a uniform layer of photopolymer for the next cross-section.

The SL process as originally commercialized for "industrial" applications and represented in UnionTech stereolithography 3D printers utilizes a build platform that is immersed in a vat of photopolymer creating a layer of polymer formulation ranging from 0.002 in. to 0.010in. A 355 nanometer wavelength laser draws the cross-section of the prescribed layer with instantaneous curing of the photopolymer. The platform then lowers to the desired layer thickness and a recoater passes over the platform to ensure a uniform layer of photopolymer for the next cross-section.

Technical Index