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(10 μ m) P140 standard format
The nanoArch P140 is a device system that can achieve high-precision micro scale 3D printing. It uses surface projection micro stereolithography (P μ
Product details
Open the door to micro nano 3D precision manufacturing
Introduction to BMF nanoArch® P140 System
The nanoArch P140 is a device system that can achieve high-precision micro scale 3D printing. It uses surface projection micro stereolithography (P μ SL) technology. This technology uses a high-precision ultraviolet lithography projection system to project the pattern to be printed onto the liquid surface of the resin tank. The resin solidifies at the liquid surface and quickly forms a three-dimensional complex model and sample directly from the digital model, completing the production of the sample. This technology has outstanding advantages such as high molding efficiency and high printing accuracy, and is considered one of the most promising micro nano processing technologies at present.
Research grade 3D printing system
NanoArch® P140 is an industrial grade 3D printing system with ultra-high printing accuracy of 10 μ m and ultra-low printing layer thickness of 10 μ m. It can print both micro scale and macro scale samples, achieving ultra-high precision and large format sample production. It is very suitable for universities and research institutions for scientific research and application innovation.
Performance of nanoArch® P140 system
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light source
UV-LED(405nm) |
printing materials
Photosensitive resin |
Optical accuracy
10μm |
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XY printing accuracy
10~ 40μm |
Printing layer thickness
10~40μm |
Print sample size
19.2mm（L）*10.8mm（W）*45mm（H） |
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Print file format
STL |
System external dimensions
1000mm(L)×700mm(W)×1600(H)mm3 |
Machine dimensions
650mm(L)×650mm(W)×750(H)mm3 |
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weight
300kg |
Electrical requirements
200~240V AC,50/60HZ,3KW |
Other requirements
Partial processes can be equipped with acceleration modules and coating modules |
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Power
2000W |
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Note: ① The sample height is typically 10mm, with a maximum of 45mm
printing materials
general use
Acrylic photosensitive resins, such as HDDA, PEGDA, etc.
personalization
405nm curing band photosensitive resin material, supporting transparent resin, flexible resin, hard resin, nanoparticle doped composite resin, 4D printing resin, biomedical resin, etc., requires adaptation to different processes and models, printing performance is not guaranteed
System Characteristics
high-precision
(XY printing accuracy up to 10 μ m)
(XY printing accuracy up to 10 μ m)
Low layer thickness
(Printing layer thickness ranging from 10 μ m to 40 μ m)
(Printing layer thickness ranging from 10 μ m to 40 μ m)
Micro scale large format printing capability
Optical monitoring system, autofocus function
Excellent stability of light source
Equipped with comprehensive sample post-processing components including vacuum pumping and UV curing
Application Cases
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