SLM Metal 3D Printer · Flagship

Space Ti-160

High-precision selective laser melting printer engineered for dental restorations in titanium and cobalt-chrome alloys.

Ti-6Al-4V CoCrMo NiCr Precious Metals SLM Process

Metal 3D Printing System — Flagship

Space Ti-160

The flagship of the Space Ti® (SpaceTi) titanium 3D printing platform — precision SLM printing for crowns, bridges, partial frameworks, implant superstructures, and surgical guides in titanium alloy and cobalt-chrome.

155 mm substrate diameter — balances efficiency with full-bed precision
System footprint: 1150 × 800 × 1750 mm — fits standard passenger elevator, no crane needed
Water-cooled optical system with digital galvanometer — minimal temperature drift, high stability
Dual oxygen monitors for continuous safety surveillance during printing
Inert gas supplied at 0.4 MPa, 50 L/min — argon or nitrogen throughout the build
Independent filtration with settable backflush cycles and wet atomization of the filter element
Compatible with CoCr, titanium (Space Ti®), NiCr and precious metal alloys
Developed by engineers with 10+ years of dental metal 3D printing experience

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Questions? Call +1 (314) 403-5175

Specifications

Space Ti-160 Technical Specs

Technology	Selective Laser Melting (SLM / LPBF)
System Footprint	1150 × 800 × 1750 mm
Substrate Diameter	155 mm
Compatible Materials	CoCr, Titanium (Space Ti®), NiCr, Precious Metal Alloys
Layer Thickness	20–60 µm
Dimensional Accuracy (2D)	± 0.02 mm
Laser Type	Fiber Laser — water-cooled, digital galvanometer
Build Atmosphere	Inert gas (Argon / Nitrogen) — dual O₂ monitors
Oxygen Level During Print	≤ 1000 ppm
Safety	Independent filtration with backflush, dual O₂ sensors
Installation	Standard passenger elevator compatible — no crane or heavy lifting
Data Format	STL or convertible formats
Software	In-house (independent R&D)
Power Supply	AC 200–240 V — max 4.25 kW
Primary Application	Dental crowns, bridges, partial frameworks, implant superstructures

Applications

What you can produce with the Space Ti-160

Crowns & Bridges

Full-contour metal crowns and bridge frameworks with precise marginal fit. Ideal for posterior restorations requiring high strength.

Partial Frameworks

Lightweight, strong removable partial denture frameworks with complex mesh and retention clasp designs.

Implant Superstructures

Custom implant bars, abutments, and screw-retained bridge superstructures in biocompatible titanium alloy.

Surgical Guides

Precision metal surgical guides for implant placement with tight tolerances for accurate drill positioning.

Orthodontic Appliances

Custom metal orthodontic attachments, expanders, and retainer components with patient-specific geometries.

Custom Prototypes

One-off and small batch production of custom metal dental components and research prototypes.

FAQ

Frequently Asked Questions

What materials does the Space Ti-160 print?

The Space Ti-160 prints cobalt-chrome (CoCr), titanium (Space Ti®), nickel-chrome (NiCr) and precious metal alloys.

What can a dental lab produce with the Space Ti-160?

Crowns, copings, multi-unit bridges, removable partial denture (RPD) frameworks, implant superstructures, and surgical guides — printed directly from CAD files.

How precise is the Space Ti-160?

Layer thickness is adjustable from 20 to 60 µm with 2D accuracy of ±0.02 mm.

Does HiZir provide installation and training?

Yes. HiZir provides on-site installation, commissioning, and hands-on team training across North America. See On-Site Training.

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