Space Ti-200 Annealing Furnace

Precision tube furnace for thermal stress relief and annealing of SLM-printed titanium and cobalt-chrome dental parts.

Space Ti-200 Annealing Tube Furnace
Ti-6Al-4V CoCrMo Heat Treatment
Post-Processing — Annealing Furnace

Space Ti-200

An essential step in the SLM workflow — the Space Ti-200 rapid thermal annealing furnace uses infrared heating with a carbon fiber element, taking parts from annealing to cutting in 1–1.5 hours — far faster than 4–5 h box furnaces.

  • Annealing to cutting in 1–1.5 hours — infrared heating, carbon fiber element
  • FAST: drastically cuts post-processing time versus traditional ovens
  • PRECISE: uniform temperature control for consistent, repeatable results every time
  • EFFECTIVE: properly relieves internal stress and refines the metal's grain structure
  • Vacuum environment prevents oxidation during the entire heat treatment cycle
  • Increases strength & ductility — eliminates internal stress — prevents oxidation
  • Compatible with Ti-6Al-4V (Space Ti®) and CoCrMo dental alloys

Questions? Call +1 (314) 403-5175

The importance of post-print heat treatment

+15%

Tensile Strength

Annealed SLM titanium parts show up to 15% improvement in ultimate tensile strength compared to as-printed parts.

2x

Fatigue Life

Stress relief doubles the fatigue life of dental partial frameworks and implant superstructures under cyclic loading.

↓

Residual Stress

Reduces internal residual stresses from the rapid thermal cycles of SLM printing — preventing warpage and micro-cracking.

Space Ti-200 Technical Specs

TypeRapid Thermal Tube Annealing Furnace
Heating TechnologyInfrared — carbon fiber heating element
Annealing to Cutting1–1.5 hours
Max Temperature1000°C
Energy per Cycle4 kWh
Vacuum Degree-0.1 MPa
Compatible MaterialsCoCr series, TC4 (Ti-6Al-4V, Space Ti®), TA1 titanium
Process AtmosphereVacuum — prevents oxidation throughout the cycle
Control Precision±1°C
Primary ApplicationStress relief, annealing of SLM-printed dental parts
Use WithSpace Ti-160, Mini-100