microArch® S140
Photosensitive resin
Print materials
10μm
Optical resolution
94mm(L)×52mm(W)×45mm(H)
Maximum build size
Ultra-high precision
XY printing resolution: 10 μm
Thick at the bottom
10~40μm
Cross-scale
Macro-micro integrated machining
Stability
High-quality light source stability
Auto focusing
Optical monitoring system
Support scientific research
Assisting 100+published papers in top journals
New Materials
Suitable for new materials R&D
Light source
UV-LED(405nm)
Print materials
Photosensitive resin
Optical resolution
10μm
Layer thickness
10~40μm
Build size
Mode 1: Single exposure mode: 19.2mm(L)×10.8mm(W)×45mm(H) Mode 2: Stitching exposure mode:94mm(L)×52mm(W)×45mm(H) Mode 3: Micro array mode: 94mm(L)×52mm(W)×45mm(H)
File format
STL
Printer dimensions
650mm(L)×650mm(W)×750mm(H)
Printer weight
245kg
Power demand
220~240V AC,50/60HZ,2KW
Maximum build size
94mm(L)×52mm(W)×45mm(H)
01 Compound eye
Application: Bionics
Dimensions: 5×5×2.5 mm³, hemispherical shell radius 10 mm
Structural Features: Hemispherical photodetector substrate array structure characterized by thin walls and dense microporosity
02 Multifunctional Gel Sensor
Application: Sensing
Dimensions: 2x2x2 mm³
Structural Features: The hollow channel structure amplifies ultrasonic signals
03 Dual-gradient surface microneedle array
Application Areas: Mechanics
Dimensions: Microneedle base 300 μm, length 800 μm, microneedle spacing 300 μm
Technical Support: PµSL features flexible and adjustable parameters, enabling the integrated fabrication of various surface structures. Combined with superhydrophobic surface treatment, it offers new insights into the study of droplet bouncing phenomena and facilitates the large-scale manufacturing of surface structures that enable rapid droplet rebound. It is applicable in fields such as anti-icing, droplet condensation, and self-cleaning surfaces.
04 Three-cycle minimal surface structural scaffold
Application: Biomedical
Printing Material: Hydrogel
Dimensions: 6 × 6 × 2 mm³, minimum pore diameter of interconnected pores: 100 μm
Structural Features: Composed of smooth, continuous surfaces containing multiple interconnected pores