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UniZ Technology

UNIZ develops high-precision 3D printing technology specifically for dental applications, enabling dental professionals to produce accurate dental models and prosthetics in-house. Their solutions enhance clinic efficiency by streamlining workflows and reducing reliance on external labs, ultimately lowering costs and improving patient care.

San Diego, United StatesFounded 201431700+ followers
Updated 4 months ago

Funding

Funding not disclosed

Funding rounds are not available yet.

Founders

Product

Problem

Traditional dental practices often rely on external labs for producing models and prosthetics, leading to increased turnaround times and costs. This dependence can slow down treatment workflows and impact the efficiency of chairside procedures.

Solution

UNIZ provides dental professionals with high-precision 3D printing solutions designed for in-house production of dental models and prosthetics. Their desktop 3D printers and range of dental-specific resins enable chairside creation of accurate prosthodontics and implantology models. By integrating cutting-edge digital dentistry technology directly into the clinical practice, UNIZ streamlines workflows, reduces reliance on external labs, and enhances overall clinic efficiency. The UNIZ ecosystem includes printers, materials, and software designed to work together for optimal results.

Target Audience

The primary target audience includes dental professionals, such as dentists, orthodontists, and prosthodontists, seeking to enhance clinic efficiency and reduce costs by bringing 3D printing capabilities in-house.

Features

  • Desktop 3D printers optimized for dental applications
  • Wide range of high-accuracy 3D printing materials, rigorously tested for dental use
  • Integrated software for seamless workflow management
  • Post-processing solutions including UDetach, UWash, and UCure units
  • Cloud platform for file management and collaboration
  • Solutions for prosthodontics and implantology
This profile is AI-generated and may contain inaccuracies.