Company Overview
Snapshot
Founded in December 2000, Densys3D operates with 1–10 employees, specializing in dental imaging technology. The company has secured a patent for its intra-oral scanning solutions, demonstrating its commitment to innovation in the dental sector.
Business overview
Densys3D develops advanced intra-oral dental systems, focusing on digital scanning solutions. Its core product, MIA3d, enables dentists to create highly accurate 3D maps of teeth digitally, eliminating the need for traditional putty impressions. The technology offers quick image capture, fast processing, high accuracy, and an ergonomic design, serving the dental industry within the Health Tech & Life Sciences sector, specifically in Digital Healthcare and Medical Decision Support.
Strategic signal
In October 2018, Densys3D announced a strategic partnership with US Dental Depot, appointing them as a regional US distributor. This move signals a significant expansion of Densys3D's market reach within the United States, indicating a focused effort to scale distribution and increase product accessibility for dental professionals in a key global market.
Log in to access full profile ›Company Intelligence Q&A
- What is Densys3D's primary product?
- Densys3D's primary product is MIA3d, an intra-oral 3D scanning system designed for dentists to digitally scan and create accurate 3D maps of teeth.
- When was Densys3D founded?
- Densys3D was founded in December 2000.
- Has Densys3D secured any patents?
- Yes, Densys3D has patented several key technologies and functionalities related to intra-oral scanning, contributing to the safety and protection of its MIA3d solution.
- What was a significant distribution agreement for Densys3D?
- In October 2018, Densys3D announced US Dental Depot as a regional US distributor, expanding its market presence in the United States.
- What is the core technology behind Densys3D's products?
- Densys3D utilizes advanced dental-imaging technology to enable digital scanning and the creation of highly accurate 3D maps of teeth, eliminating the need for traditional putty impressions.