HiZir provides a full ecosystem for dental labs and prosthetics professionals, offering metal 3D printing hardware, premium Ti and CoCr powders, and end‑to‑end services such as CAD design, layout, and ready‑to‑use printed crowns. Their Space Ti® platform delivers aerospace‑grade Ti‑6Al‑4V printing for in‑house production or outsourced fabrication, supporting rapid turnaround from raw material to finished dental restorations.
Funding
Funding not disclosed
Founders
Product
Problem
Dental laboratories often lack access to high‑performance metal additive manufacturing, relying on outsourced casting or less precise milling processes that limit the strength, biocompatibility, and aesthetic options of metal restorations. This creates longer turnaround times, higher costs, and inconsistent quality for crowns, bridges, and partial frameworks.
Solution
HiZir offers a complete ecosystem for metal 3D printing in dentistry, combining aerospace‑grade Ti‑6Al‑4V (Space Ti®) and cobalt‑chrome powders with purpose‑built SLM printers, rapid heat‑treatment furnaces, and plasma polishing equipment. Labs can purchase the Space Ti‑160 or Mini‑100 SLM systems to produce in‑house restorations, or outsource production through HiZir’s print bureau, which delivers ready‑to‑use metal crowns and partial frameworks from submitted STL files. The company also provides premium zirconia blocks for ceramic milling, professional CAD design and layout services optimized for metal SLM workflows, and on‑site training and consulting to accelerate adoption. Integrated software, custom material recipes, and end‑to‑end technical support ensure consistent dimensional accuracy, high bond strength, and compliance with dental standards.
Target Audience
Primary customers are dental laboratories and prosthetics professionals seeking to produce high‑strength metal restorations in‑house or via outsourced 3D printing, as well as small chairside clinics adopting advanced additive manufacturing.
Features
- Aerospace‑grade Ti‑6Al‑4V (Space Ti®) and CoCr powders with FDA‑approved biocompatibility
- Space Ti‑160 and Mini‑100 selective laser melting printers optimized for dental metal parts
- Rapid heat‑treatment furnace (Space Ti‑200) and plasma polishing machine for post‑processing and surface finish
- Ready‑to‑use metal crowns, partial frameworks, and implant components produced from customer STL files
- CAD design and layout services tailored to SLM metal printing and dental prosthetic requirements
- Training, calibration support, and consulting for labs implementing or scaling metal 3D printing
- High‑precision zirconia ceramic blocks (650–1350 MPa) for complementary CAD/CAM workflows