China sla 3D printer prototyping--RC 1801
●Industrial grade 3D printer: laser light path system with integrated seal modular design, dust proof and capable of rapid heat dissipation
●German–made industrial laser galvanometer scanning system: high speed, precise , good stability, accurate even during long operating periods
●Imported modular 405nm laser: long life excellent laser spot quality，luminous efficiency
●0.03mm high quality focus spot to ensure high printing precision.
●Imported linear guide and servo motor: greatly improved thickness for positioning accuracy, high-quality stripping
●7 inch HD touch screen for easier offline operation
●Printing size: 170mm×170mm×170mm
●File transfer mode: WIFI or USB
Z axis spec.
servo motor, linear guide rail
100-240V 1.5A 50/60Hz 160W
XY axis resolution
File transfer mode
7 inch HD LCD
SLA (Stereo lithography), the first 3D printing technology to be used commercially, is currently the most mature 3D printing technology available. SLA is simple to operate and capable of highly precise printing that can meet even the most demanding design requirements. Compared to the traditional design method, SLA 3D printing is far more cost-effective and efficient. SLA 3D printing is widely appreciated by product designers for its ability to quickly turn new ideas into concrete market-ready products with practical applications.
1. The precision of Rich-Opto’s SLA 3D printing technology is much higher than FDM equipment, opening new opportunities for designers. Traditional SLA industrial grade equipment is expensive and difficult to operate. Rich-Opto, on the other hand, produces printing equipment that is cost-effective and user friendly. Rich-Opto offers an office-oriented 3D printer that enables designers to realize their ideas whenever and wherever they may be.
2. Rich-Opto printers help to shorten the R&D cycle and reduce R&D cost by enabling new products to reach the market sooner and opening new competitive opportunities for design companies.
3. Rich-Opto print workpieces can be assembled for tests to verify the rationality of a proposed design.