Sinterit has launched the BIANCO2 selective laser sintering 3D printing system, which has been designed to 'expand material possibilities and unlock broader application flexibility.'
The new machine is powered by a 30W RF CO₂ laser and is said to have been developed in response to growing demand for greater material freedom and more advanced process control. Sinterit has also suggested it combines 'industrial-grade SLS capabilities with an open material ecosystem,' enabling companies to work with technical, white, natural, colourable, and flexible materials within one compact platform.
Among the potential applications of the BIANCO2 are medical, dental and orthotics components; automotive and mobility parts; flexible end-use products; wearables; drone and defence-related applications; and food-grade and certified functional parts. It will also be suitable to support advanced R&D and material development projects, as well as those working in architecture and product design.
“BianCO2 - our new SLS printer with a CO₂ laser - is the essence of Sinterit's mission: giving engineers, R&D teams, and manufacturers access to technology that previously required significantly greater investment, infrastructure, and compromise,” said Łukasz Adach, CFO at Sinterit. “The new printer isn't designed to compete on technical specifications alone. We're introducing a complete, practical tool for solving real-world problems: from faster material validation and more flexible prototyping to the production of short-run parts. The CO₂ laser opens up new application possibilities for our customers while remaining true to what has defined Sinterit for years - professional, accessible, compact, and user-friendly SLS.”
The BIANCO2 system is compatible with Sinterit Studio Ultimate, providing 'full open parameters with access to up to 137 adjustable print settings.' Users will be able to experiment with new powders and develop custom print profiles, with Sinterit suggesting it will give users 'additional scope to work with the sintering process and the energy absorption characteristics of powder materials.'
Other notable features of the machine include its advanced 4-zone heating architecture, 19 independent heating elements, build speeds of up to 30 mm/h, and a print volume up to 130 × 180 × 330 mm. The system also includes a dedicated high-performance laser water chiller.
The BIANCO2 has been priced at 47,000 EUR and is expected to ship in Q4 2026. Preorders are available immediately with a 15% discount (with 50% prepayment) being offered for the first 30 orders.
