Equipment
Metal 3D printing systems.
Selective laser melting systems for dental restorations in titanium and cobalt-chrome, from a compact unit to a full-size production printer, plus the furnace that finishes what they build. All equipment is quote-based.
SLM / LPBF · Ti-6Al-4V · CoCrMo
Flagship · SLM printer
Space Ti-160
High-precision selective laser melting printer engineered for dental restorations: crowns, bridges, partial frameworks, and implant superstructures. Fits a standard passenger elevator; no crane needed.
- Technology
- SLM / LPBF
- Build size
- Ø155 × 100 mm
- Accuracy
- ± 0.02 mm (2D)
- Layer thickness
- 20-60 µm
- Part density
- > 99.5%
- Materials
- CoCr · Ti · NiCr · precious metals
Compact · SLM printer
Mini-100
Full SLM quality in a compact footprint, built for small dental labs and clinics entering metal printing, with an upgrade path to the Space Ti-160 as volume grows.
- Technology
- SLM / LPBF
- Build area
- Ø103 × 90 mm
- Layer thickness
- 20-60 µm
- Part density
- > 99%
- Machine size
- 650 × 700 × 1750 mm
Post-processing · Heat treatment
Space Ti-200 Annealing Furnace
Vacuum rapid thermal annealing in a quartz tube, heated by carbon fiber infrared elements to as much as 1000°C. A build plate is ready for part removal in 1 to 1.5 hours on 4 kWh a cycle, and the vacuum keeps surfaces free of oxide. Stress relief that lifts tensile strength up to 15% and doubles fatigue life of printed frameworks.
- Type
- Vacuum rapid thermal annealing
- Full cycle
- 1-1.5 h
- Max temp
- 1000°C (dwell ≤ 10 min)
- Vacuum
- −0.1 MPa (gauge)
- Materials
- CoCr alloys · Ti-6Al-4V
- Pairs with
- Space Ti-160 · Mini-100
Also on request
Plasma polishing, welding, and anodizing equipment; certified refurbished printers, inspected and tested by our engineers; crafting workbenches and sawing storage tables; and on-site training across North America.
Full specifications
Technical documentation and printer comparisons are published on our sister site.
View printers on HiZir3D