The Definitive Guide to Automated Fire Protection for CO₂ Laser System
Secure your CO₂ laser processes before it becomes costly. Our white paper uses real-life cases to show how laser fires occur—and how you can reduce the risk by up to 99%.
Learn which errors most commonly lead to fires and which protection technologies reliably secure your production.
Download the white paper now and effectively minimize risks.
Download the risk mitigation guide
![](/static_processed/56eaae9712b16e6bc518e70e5736ffc7/20251209_152934.jpg?{"image":"https://backend.troteclaser.com/static/images/Blog/EN/2026-02-CO2flatbed-laser-fire/20251209_152934.jpg","edits":{"resize":{"width":640,"fit":"cover"}},"outputFormat":{"format":"webp"}})
How laser fires actually start – the most important causes in practice
- How laser fires actually start – the most important causes in practice
- Three real case studies with actual damage costs and downtime
- Which errors in materials, parameters, and exhaust air most frequently lead to fires
- How modern CO₂ extinguishing systems react within seconds
- How you can drastically reduce production downtime, liability risks, and quality problems
- Specific checklists for safety officers, OEMs, and production managers
