Stat Peel AG (Glarus, Switzerland) provides wearable and stationary detectors using Raman spectroscopy for material‑selective monitoring of airborne nanomaterials (CNTs, graphene, nanocellulose, metal oxides). Systems support labs, R&D, battery manufacturing and recycling to manage worker exposure and compliance.
Stat Peel AG, founded in 2013 and headquartered in Glarus, Switzerland, develops personal monitoring systems for airborne nanomaterial exposure. The company designs wearable badges and stationary readers to measure long‑term exposure to fiber‑shaped nanomaterials such as carbon nanotubes and graphene nanoplatelets. Stat Peel serves university labs, R&D groups, startups, fiber producers and industrial sites, aiming to protect workers by delivering material‑specific detection and continuous exposure tracking that supports occupational health management and regulatory compliance. The company operates with a small specialist team and maintains a laboratory presence in Switzerland.
Stat Peel’s core technology combines high‑sensitivity Raman spectroscopy with compact, wearable badge sensors and stationary readers to provide material‑specific particle detection. The system discriminates hazardous nanofibers and nanoplatelets (CNTs, GNPs) from common aerosols that conventional particle counters cannot separate. Data capture and wireless connectivity enable continuous personal monitoring and centralized analytics for exposure trends and incident tracing. The approach reduces uncertainty in occupational exposure assessments, supports EHS programs, and is suited to environments where powdered or fibrous nanomaterials are handled or processed.
The Identifier product family (Identifier B1 flagship, Identifier C2, Identifier S1, Identifier N1) offers wearable badges and fixed readers for selective detection of CNTs, graphene, nanocellulose, silica, boron nitride and titanium dioxide. Products provide continuous personal exposure monitoring and logging, real‑time alerts, and integration with workplace monitoring systems. Typical users include research labs, battery material producers, recyclers, and advanced materials manufacturers.
