P130 XY printing resolution down to 2μm, Z resolution down to 10μm, able to realize ultrahigh large-area printing, suitable for verification of basic theories and innovative research of principles in higher education institutions and research centers. It can be applied in areas like metamaterials, metasurfaces, complex 3D microstructural materials, microfluidics, etc.
nanoArch P140 is a high-resolution, micro-scale 3D printing system based on PμLSE (Projection Micro Litho Stereo Exposure ) technology. With high-precision UV lithography system, the pattern to be printed is projected onto the surface of liquid resin and the resin is instantly cured. The repeated layer-by-layer curing process eventually accomplishes rapid fabrication, from a digital model to a 3D complex model or sample part. PμLSE technology is competitive for its high throughput and high printing resolution, and is recognized as one of the most promising micro/nano processing technologies.
S130 XY printing resolution down to 2μm, Z resolution down to 10μm, printing area able to reach 3.84*2.16 mm², suitable for verification of basic theories and innovative research of principles in higher education institutions and research centers. It can be applied in areas such as micro/nano mechanics, biomimetic materials, complex 3D micro/nanostructural materials, micro connectors, micro channels, micro reactors, etc.
S140 XY printing resolution down to 10μm, Z resolution down to 10μm, printing area able to reach 14.5*8.2 mm², and can be extended to 73*50 mm², suitable for scientific experiments in higher education institutions and research centers, as well as research and development in companies. It can be applied in areas like vascular stent, micro channels, micro connectors, microfluidic chips, terahertz components, etc.
High resolution optical system and movement platform can be customized, with resolution down to 0.5μm.
Optical focus and real-time exposure compensation can be achieved with high precision CCD image monitoring system, which is convenient for the abnormalities monitored in the printing process.
Achieve both high resolution and large area through step-and-repeat process.
3D printed object with optical grade surface finish can be achieved through controlling the processing technology.
Real-time image monitoring, auto focus and exposure compensation.
Operation software with nanoArch graphic interface system and custom parameter setting.
Voltage fluctuation range: < 5%;
The ground wire should meet the national standard.
Should Avoid the Following
Garbage, dust and oil mist;
Vibration and shocks;
Places with access to chemicals, flammables and explosives;
Places near high-frequency interference sources;
Temperature changes dramatically;
Environment in high concentration of CO₂, NOx, SOx etc.
An innovative 3D microfabrication technology coupled with numerical simulation to enhance the mass transport in 3D cell culture
An open surface capillary that delivers and distributes solvent, triggering the swelling and bending of curved polymeric beams
Elastic energy is effectively stored and quickly released from a 3D micro hydrogel device by incorporating elastic instability
3D printed materials that exhibit ultrastiff properties across more than three orders of magnitude in density, regardless of the constituent material