What do the three machines offer?
The Formlabs Fuse X1 starts at USD 84,999 and has a 330 × 330 × 565 mm chamber (61.5 litres). It runs Nylon 12, Nylon 11, Nylon 12 GF and TPU 90A, and its Open Material Mode accepts any 1064 nm powder. Formlabs claims production-quality parts in under 24 hours, up to 50% lower cost per part and three times the throughput of comparable industrial systems. It is the largest of the three, and the Sift X1 unpacking station and Fuse Blast cleaning unit add to the footprint.
The HP MJF 1200 starts below USD 60,000 and has a 12 litre chamber (320 × 165 × 230 mm) with 80 μm layers. It launches with Evonik HP 3D HR PA 12, with more materials to follow. It comes with Materialise-developed software and an MMS station for powder recovery. Machine dimensions were not disclosed.
How does the open-parameter Sinterit Bianco2 differ?
The Sinterit Bianco2, a 2026 model, starts at EUR 47,000 and has a 7.7 litre chamber. It uses a 30W CO2 laser, four heating zones and gives access to 137 process parameters, with fully open materials. The Sinterit Studio software is free, but unlocking the full capabilities requires Studio Ultimate at EUR 12,900 extra. Post-processing is also open, with the Multi PHS unit or third-party options.
What should buyers watch beyond the machine price?
The article notes that industrial SLS systems typically cost upwards of GBP 200,000, with total investments often above GBP 500,000. Nick Allen, CEO of the service bureau 3DPRINTUK, says a seemingly simple purchase can grow once powder removal, dyeing, surface finishing and other equipment are added. Some industrial support contracts cost 10% to 15% of the purchase price per year, before callout fees and spare parts.
Allen sees in-house machines as suited to prototypes and smaller, less critical batches with little surface finishing. He does not expect them to threaten service bureaus, and expects them to lead some customers to outsource larger production runs. He also advises choosing a technology close to the intended next production stage, such as injection moulding, to limit redesign.