BMF Material Technology Inc.

16/12/2019

A successful install at TU-Dresden enabling the creation of 10µm res. high frequency wave guides for electromagnetic antenna systems, as well as custom fiber optic connectors. Barkhausen Institut first utilized BMF tech to print 1.2mm precision micro-chips picking & gluing tools.

09/12/2019

John Kawola, our CEO of BMF Precision Inc. was showing samples of micro 3D printed parts such as connectors, electronics, microfluidics, and medical devices to qualified3d.com during Formnext 2019
https://youtu.be/jGlKVg46zx0

John Kawola, CEO of BMF Technology shows examples of micro 3D printed parts for connectors, electronics, microfluidics and medical devices. You can order par...

12/11/2019

We just completed the installation of the newest BMF Precision customer, the University of Nottingham!

”We are very excited to own the 1st S130 Micro Stereolithography 3D printer in Europe. The S130 machine from BMF has a good compensation between printing resolution and processing speed, which provides us a fantastic tool in production of customized geometries with a volume of centimetres at a few micron resolution. The arrival of this machine will help boost our current research 3D print electronic as well as biomedical directions.” – Dr. Yinfeng, University of Nottingham

06/11/2019

Visit us at Formnext Hall 12.1 Booth G126 to see our latest ultra-high precision 3D printed parts. We look forward to see you at Messe Frankfurt, Germany during 19-22 November 2019!

30/10/2019

Fabtech Chicago 2019 is just around the corner! Please join us Nov 11-14 at booth A4352. Be our guest using code 16536511. See you there!

30/09/2019

2 more days to go! Join us at M-Tech Osaka 2019 from 2nd to 4th October. Welcome to our booth at Hall 2, 6-63, INTEX Osaka!

18/09/2019

Come and join us at booth E107 Medtec China 2019 Exhibition during 25-27 September, 2019 at the Shanghai World Exhibition & Convention Center, China. We will meet you there!

11/09/2019

'The micromodels have been fabricated by using a micro-stereolithography 3D printer with acrylate-based resins. With a high printing resolution of up to 2 μm, these micromodels successfully mimic the complex pore-throat features of natural porous media (i.e. rocks) based on their thin-section or micro-CT images.' Quoted from 'Imaging and characterizing fluid invasion in micro-3D printed porous devices with variable surface wettability' published on Soft Matter. This is our new case study in new energy field. We would like to special thank Professor HongXia Li and Professor TieJun Zhang's recognition of our S130 printer. https://pubs.rsc.org/en/content/articlelanding/2019/sm/c9sm01182j/unauth #!divAbstract

03/09/2019

BMF is moving towards the world! Our ultra high precision 3D printer nanoArch S140 was successfully installed in Nanyang Technological University of Singapore (NTU). We wish all users successful researches with our powerful technology!

02/09/2019

We have printed many different types of complicated connectors for our customers till today. This is our newly printed connector for our customer with the resolution of 10μm. Compared with normal molding, our printing technology can help customers to verify their products in a short period of time and it is very cost effective.

28/08/2019

Naturally derived polymer systems are frequently used to study cells in 3D. Due to the complexity of the structure, there is a demand for well-defined 3D scaffolds to systematically investigate cell behavior in 3D. This is a buckyball-like structure that we printed for our customer for cells research usage in biomedical field. The diameter of the beam is only 10μm. It was printed by our S130 3D printer with the optical resolution of 2μm.

26/08/2019

Make-up pen core is our newly developed area in cosmetic 3D printing. We can print these complex structures including thin wall, mini groove, screw threads etc with the resolution of 10μm and it is one-time forming. The wall thickness is between 0.2mm - 0.4mm and the spacing is 0.3mm.

22/08/2019

‘Another interesting application is 4D printing, that is, the printed 3D structures are able to actively transform shapes over time in response to environmental stimuli. An Eiffel Tower smaller than a coin was firstly printed. And the bent shape was achieved by bending the tower at a high temperature, then fixed it and cool down. As shown in the video, after heating back to high temperature, the bent Eiffel tower gradually recovered its original straight shape.’ - Q. Ge, N. Fang, et al., Scientific Reports 2016, 6, 31110

19/08/2019

A land grid array (LGA) is an integrated circuit design involving a square grid of contacts that are connected to other components of a printed circuit board. This is a 3D printed high precision (resolution of 10μm) LGA which consists approximately 1700 trapezoidal hole arrays with a protrusion structure exists in each hole.

15/08/2019

Microfluidic is an important application in the micron scale, which can be used in cell culture, biological detection and other areas. And the microfluidic chips are usually needed microchannels of tens to hundreds of micrometers. Our micro 3D printing system can print a variety of complex microchannels including spiral, slope and chamfer. In addition, according to specific requirements, it can also print the transparent samples, which is convenient for real-time observation and detection.

12/08/2019

This is the capability demonstration part that we print for our customers to showcase our amazing technology. The cylinders' diameter inside are ranging from 500 μm to 50 μm. Micro tubes, channels and pillars were fabricated at the same time without any post-processing. In addition, 6 pieces can be printed within 4 hours.

08/08/2019

Mechanical meta material is a kind of material with ultra-light weight and ultra-high strength. These excellent properties benefit from its lattice structure. As shown in the picture, the lattice structure is really complex and impossible for traditional 2D fabrication technology. However, BMF's projection micro 3D printing technique could print this structure easily with high printing resolution.

02/08/2019

Our medical application case: Valve for Gene Sequencer printed by our InS140 3D printer with resolution of 10μm, with the smallest tube diameter of 0.2mm and complex internal channels.