Solutions for the Photonics Industry

Precision, power, and photonics.

For more than ten years, our team has been working on high‑power UV laser technology. We understand what it takes to integrate lasers into complex systems where precision and reliability are critical.

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Photonics Industry Requirements

Mastering the complex challenges of photonics design.

Sector Specifics

Photonics is the science of controlling light to measure, analyze, and interact with matter at an exceptional level of precision. It integrates expertise from optics, electronics, and engineering to enable innovations across industries, from semiconductors, healthcare to quantum technologies.

Critical Challenges

Because photonics is a highly interdisciplinary and rapidly evolving field, specific skills are essential. Practical expertise in optics, cleanroom fabrication, system assembly, and calibration is crucial for mastering the technology and ensuring system performance.

Technical Challenges of the Photonics Industry.

Integration of heterogeneous technologies

Photonics integration brings together optics, nanopositioning, thermal control, light sources, and sensors ; all working seamlessly together. Mastering this integration is key to reliable, high-performance systems.

Controlling the costs

Key photonic components like precision optics and high-performance sensors are costly investments. It’s essential to carefully select these parts, balancing performance requirements with budget constraints.

Controlling the environment

Photonic system performances are highly sensitive to thermal, mechanical, and environmental changes. Controlling temperature, vibrations, and other external factors is essential to maintain optical signal stability.

Addressing calibration complexities

Photonic instruments require precise calibration to ensure reliable measurements. This process demands in-depth knowledge of the effects related to light sources and detectors to finely adjust the systems for optimal performance.

Our Engineering Solutions for the Photonics Industry

Integrating photonics in high precisions systems.

With many years of experience integrating advanced photonics into high-precision systems, our multidisciplinary team has the unique ability to oversee photonics projects from the overall concept down to the finest details. This comprehensive approach ensures we deliver innovative and reliable solutions optimized for performance.

Complex heterogeneous integration

We take great pride and enjoyment in connecting diverse systems from motion control, optics, instrumentation, lasers and more. Our multidisciplinary approach and strong scientific background are our strengths.

Cost control through system engineering

We believe that the majority of a system’s cost is determined in the early design phases during architecture definition. Our experience in system engineering enables us to address cost considerations at the very start of the project.

Expertise in environment control

Our extensive experience in semiconductor equipment allows us to tackle similar challenges in photonics, including material selection, thermal budget management, vibration control, and laminar flow regulation.

System calibration expertise

Over the past fifteen years, we have developed deep expertise in calibrating ultra-precise systems. We thoroughly understand all sources of error, distinguishing those that can be corrected from those that cannot.

Project Overview

High power laser beam analysis system, engineered in record time.

Problem

Our customer needed a module to measure the power and beam profile of their high-power infrared laser within their system. Joining the project late, we faced an extremely tight and challenging timeline.

Solution

We made rapid technical decisions to meet both the schedule and performance requirements. Our team focused on sourcing the right suppliers while designing a custom attenuator module to maintain polarization and prevent long-term drift.

Result

The design and documentation were completed in under four weeks, and the prototype was delivered just eight weeks after project kickoff.