With a working envelope of 295 x 295 x 200 mm, 0.011mm mechanical precision and the ability to 3D print at least 15 different polymers, you will find the A4v4 on the shop floor as well as in the R&D labs. These 3D printers are currently being used by several customers from large multinationals to smaller one-man enterprises.
With a working envelope of 600 x 300 x 500 mm imagine the options these 3D printers will provide you with! Constructed with stainless steel components and resilient manufacturing controls for 24/7 performance. Forget PLA. This machine prints ABS like no other, it also prints ASA, PCABS, PA, TPU, and many many more.
With 4 nozzles and a printing envelope of 300 x 300 x 300 mm and a fully automated nozzle/plate levelling with positioning accuracy of 0.005 mm. What more do you need from your 3D printers? The Spectral also comes with 4 (yes 4!) Vento drying units, a high power liquid cooling 10" touch screen, jam detection and end of spool detection.
Storm is the perfect match to our polymer 3D printers, it groups all the functions that are needed for uninterrupted service into one sleek package. A high performance print-server with webcam lets you control the machine from anywhere.
The Vento unit is the ideal partner to our 3D printers - built to handle any 3D printed polymer. The drying profiles deliver excellent results in the shortest time with the least energy. The easy to use touch screen gives you real time monitoring of your drying parameters. The system has a built-in NFC reader to automatically set optimal drying parameters.
No matter what polymer you are using, even the safest materials will emit micro particles. The F1 filtering unit is fitted with an industrial HEPA and activated carbon filter. This device cuts most emissions for a safer workplace. The F1 units are compatible with all the A2 and A4 3D printers and fitting a filtering unit is done in a matter of minutes.
3D printed ABS material produces excellent surface quality. This material can also be post processed by either sanding, painting or gluing. ABS can also be printed along with other materials to produce functional parts.
Specific for the production of 3D printed tools of sensitive electronic devices that will dissipate any harmful static charge.
These printable polymer materials are Biocompatible: ISO 10993 1 USP Class VI. Food contact approved material acc. EU No 10/2011 and 21 CFR FDA.
A special 3D printed compound with a high melt flow rate this material will let you proceed with your 3D printing project very quickly and deliver an excellent surface finish, if you couple this with a 0.6 or 0.8 nozzle you can decrease printing times up to 50%.
This 3D printed polymer works in hot water and can be plated. It also has significantly better impact strength than ABS. The chemical resistance of this material is outstanding.
PETG is the 3ntr 3D polymer suitable for food contact. It offers chemical resistance higher than ABS polymer and a excellent surface finish
If you don't like the glossiness of 3D printed ABS, or you need improved UV resistance; this is your polymer. This material also has a better chemical resistance than ABS.
Vibration dampening, mild gasketing requirements, tool grips, scratchproof jigs and fixtures: all those jobs are perfect for the ELASTO family of printable polymer materials. Available in firm (SH 95A) and soft (SH 85A) versions.
Why invest in expensive wax pattern tooling when you can produce 3D printed single parts and optimise designs using our Z-wax material? This material is your ideal investment casting partner with low ash content and a high melting point.
The 3D printed low friction properties of this polymer make it an ideal material for 3D printing. This material allows you to manufacture parts that are mixed with hard polymers to make incredibly functional parts!
Our nylon has good thermal and mechanical resistance. Perfect for 3D printed jigs and fixtures!
GLASS + is a nylon with higher thermal performance, with hollow glass microspheres to produce less dense, stronger and electrically insulating parts. Excellent in the automotive field.
CARBON + is the 3ntr nylon that uses carbon fibres to reach the peak of mechanical strength with considerable thermal resistance. CARBON + polymer excels when you need maximum stiffness, at reasonable prices.
nPOWER is a PPS-based polymer compound developed to meet all harsh chemical environments. nPOWER is resistant to all chemical compounds and is also self-extinguishing (UL94 V0): perfect for battery housing applications.