Multidisciplinary engineering team specializing in design, prototyping, and manufacturability of highly customized laser and photonic systems.

Purpose
Creating advanced custom laser systems demands close integration of optical, mechanical, electronic, thermal, and manufacturing engineering disciplines. Through tightly coupled collaboration, an engineering team must ensure optical performance, mechanical tolerances, and cost-effective manufacturability are simultaneously optimized from prototype through production.
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Our Approach
With advanced degrees and decades of collective experience in fundamental physics, optics, mechanics, electronics, manufacture engineering, and data analytics, our team bridges scientific rigor with real-world manufacturing expertise. By integrating these specialties from concept through production, our engineering team ensures every custom laser system meets its precise functional and manufacturing requirements at the agreed price point.
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Technology & Process
- First principles approach to problem solving and design.
- Simulation and design software across multiple disciplines.
- Leverage extensive industry partnerships for component procurement.
- Detailed technical interactions with customer ensures deep understanding of system requirements.
- Prototype test reports and project status reviews.
- Rigorous environmental testing.
- Performance specifications developed with iterative/collaborative approach via bench testing, prototypes, and customer evaluations.
- Design for Manufacturability (DFM).
- Custom optical alignment equipment and software for accurate/repeatable volume manufacturing by our Advanced Manufacturing Team.
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Application & Customer Value
- Collaborative approach maximizes project success and end-product value.
- Production-ready designing minimizes project timelines and time-to-market.
- Customer-centric testing and reports.
- Maximized product performance and quality at the agreed price point.