Simplifying CO₂ Laser Systems from Development to Production
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CO₂ lasers are a preferred tool across many medical and industrial applications due to their precision, durability, and process efficiency. However, translating the technology into a production‑ready system often introduces design, integration, and commissioning challenges that can slow development and delay manufacturing readiness.
This webinar examines CO₂ laser system design from a system‑level perspective, with a focus on three critical stages: process discovery, integration, and system commissioning.
Using real‑world examples, attendees will learn how to:
- Make informed CO₂ laser process decisions earlier in development
- Reduce integration risk across lasers, optics, controls, and software
- Address common commissioning challenges that impact time to production
- Apply a system‑level design approach to move more efficiently from lab validation to scalable manufacturing
Speaker:
Matthew Tedford
Software and Controls Product Manager
Novanta
Matthew Tedford is a Software and Controls Product Manager at Novanta, bringing over 15 years of experience in precision motion and laser-based applications. With a strong foundation as an Applications Engineer, Matt has collaborated with a diverse range of customers across industries including Marking and Coding, Additive Manufacturing, Converting, and MicroMachining. This hands-on experience has shaped a deep understanding of customer needs and technical challenges, enabling him to drive innovative product strategies and deliver impactful solutions in high-performance laser systems.
