Powered by PµSL, the dual resolution microArch D1025 prints at either 10µm or 25µm resolution or in hybrid mode with both resolutions in different layers. With improved integrated automation, this capability enables greater efficiency - saving time, resources and costs. Offering the same ultra-high resolution, accuracy and precision that BMF is known for, the new D1025 will revolutionize prototyping and production of parts that require micron-level precision and repeatability.
Flexibility when printing at a lower resolution with larger print zones to reduce print times
Automate the precise printing process faster and more accurately.
Compatible with functional technical materials.
Micro-precision 3D printing of fluid applications opens up new opportunities to produce more accurate and complex systems at lower cost and at unprecedented speed.
Suitable for valves, pumps, sensors, loudspeakers, microphones - any application where capabilities and performance are enhanced by the use of small, high-precision components.
Thanks to the maximum resolution of the microArch series, individual tools, disposable medical components and other medical 3D printing applications can be produced.
BIO is a biocompatible plastic suitable for non-implantable medical applications. BIO can be sterilized and has passed numerous ISO biocompatibility tests.
HTL is a high-performance technical material with high strength, rigidity and heat resistance that can withstand temperatures of up to 114 °C.
ST1400 offers high toughness and elongation for highly flexible applications.
HT 200 is a high-temperature material that can withstand temperatures of up to 200 °C and is characterized by high strength and durability, ideal for end applications.
In addition to materials specially developed by and for BMF, there are also numerous materials from third-party suppliers that are compatible with the microArch series. Contact us for a detailed list of all materials!
We provide an efficient introduction to industrial 3D printing, advise you on suitable
3D printing processes and make you fit for additive manufacturing.