The company offers agile, portable imaging systems that operate independently of ambient light, using patented lighting, detection, and image‑analysis technologies.
Funding
Funding not disclosed
Founders
Product
Problem
Current imaging and spectroscopic tools for technical, scientific, aerospace, and cultural heritage applications often require bulky, stationary equipment, controlled lighting conditions, and expert operators, limiting on‑site analysis and rapid decision‑making.
Solution
Lumetis provides agile, portable imaging systems that operate independently of ambient light through patented illumination, detection, and image‑analysis technologies. Their multimodal cameras and spectrometers perform high‑resolution (up to 3 µm spatial, 600 MPx for art) imaging and point‑spectroscopy (1 mm² spot at up to 40 cm distance) without contact. Integrated LUMISOFT software offers intuitive acquisition, automated data processing, and decision‑support tools, turning the device into an in‑situ laboratory. The instruments support a range of use cases—from molecular contamination detection and non‑destructive inspection to digital‑twin documentation and art analysis—delivering reproducible, high‑performance results directly in the field.
Target Audience
Primary customers are technical and scientific teams in aerospace, electronics, and materials manufacturing, as well as conservators and researchers in cultural‑heritage institutions who require on‑site, high‑precision imaging and material analysis.
Features
- Portable, light‑independent hardware using patented illumination and detection modules
- Multimodal imaging with up to 3 µm spatial resolution and 600 MPx sensor for art applications
- Multimodal spectroscopy with non‑contact point analysis of 1 mm² at distances up to 40 cm
- Automated, reproducible inspection workflows with full digital‑twin documentation capabilities
- LUMISOFT user interface for rapid acquisition, advanced image interpretation, and decision‑support analytics
- In‑situ, contact‑less operation suitable for molecular/particulate contamination detection, NDT of optics, electronics, connectors, coatings, and pigment/material identification