nanoArch™ is the first commercialized high resolution, multi-material 3D micro-fabrication equipment based on PμLSE (Projection Micro Litho Stereo Exposure) technology, which is designed for the research and development of functional composite materials.
BMF provides our worldwide clients with printing services of complex 3D microstructures in optics, precision connectors, biomedicine, etc. with a complete micro/nano 3D printing technology solution that coordinates technology, materials and processes.
Aspherical/freeform micro-optics, ultra-light multi-functional composite materials, acoustic functional materials with controlled structures .
High performance general-purpose photosensitive resin, special functional photosensitive resin.
What we can do for customers
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
Check out the latest news of BMF Material Technology Inc.
From April 25th to 27th, 2019, the annual International Exhibition of Plastics & Rubber Industry will be held in Ningbo, the capital of plastic machinary in China.
BMF Precision Technology Inc. announces to have built strategic partnership with Onshape, the world-renowned cloud CAD service platform.
Since its establishment, BMF Material has always been world-leading with its self-developed complex micro/nano 3D printing technology, a disruptive technology that attracts wide attention from renowned Chinese and overseas companies, universities and research institutions.
BMF Material will attend PLASTEC East that takes place on June 12-14, 2018 at Javits Center, New York, the US.
The US National Congress of Theoretical and AppliedMechanics (USNCTAM) is hosted bythe U.S. National Committee on Theoretical and Applied Mechanics every fouryear, and till now 17 congresses have successfully concluded.
Professor Mo Jalie, recognized as an international authority on spectacle lenses, joins BMF Material as a Senior Scientist.
High-resolution nano/micro 3-D printing meets modern demands for precision component manufacturing.
nanoArch In-Series high-precision 3D printing systems aim at providing ultra-high precision additive manufacturing capability for today’s industrial customers. nanoArch In-Series 3D printing systems are capable of achieving ultra-high printing resolution (2μm~ 50μm) and printing tolerance (+/- 5um ~ +/- 25um), thus providing partners with mold-free, ultra-high resolution fast prototyping capability.