DEFIANT
Power Meets Compact Grandeur
Defiant stands for courage and control.
A 600 mm cube of pure precision designed for professionals who refuse to compromise.
Fast, reliable, and ready for the toughest materials — it redefines what compact large-format printing can achieve.
Build volume
600 x 600 x 600 mm (236x236x236 in)
Explore Without Limits
inspired by exploration, engineered for endurance.
Odyssey gives professionals the freedom to create large prototypes, functional parts, and final components — with the confidence of Sharebot’s signature precision.
Build volume
1,000 x 1,000 x 1,200 mm (393 x 393 x 472 in)
The Flagship of Innovation
Named for pioneers, built for visionaries.
Enterprise is the embodiment of Sharebot’s engineering excellence — a system that turns scale into strength and precision into art.
When your projects aim for the stars, this is your vessel.
Buid volume
1,200 x 2,000 x 1,200 mm (472 x 787 x 472 in)
Where Vision Meets Material
Forged for creators who refuse to choose between performance and precision.
From agile footwear to high-impact gear, every layer is a step beyond the possible.
This isn’t just printing. It’s prototyping, redefined.
Buid volume
192x108x500 mm 50um
(7,5 x 4.2 x 19.6 in)
MetalONE
Our challenge, which started in 2018!
We have created the smallest, most versatile and easiest to use metal powder 3D printer with DMLS technology.
It allows you to test your powders, start a print in just 15 minutes and have all the parameters at your disposal for any experiment or research.
It is the only SLS printer designed and built for research and development.
The CO2 laser and modified atmosphere printing chamber allows you to print both light and dark powders and faithfully replicate industrial processes.
Given its small size, with only 300 grams of powder and in 15 minutes you can start printing with both thermoplastic (nylon 12, 11 and TPU) and biocompatible materials (read how we test them).
Snowwhite2 HT
The HT (High Temperature) model, a unique SLS printer engineered for advanced research and development applications requiring elevated temperatures. Building upon the proven capabilities of the Snowwhite2, this system stands out by achieving a remarkable 350°C in both the build area and the powder loading/unloading cylinders, expands the range of printable materials, opening doors to new possibilities in material science and engineering.