From R&D to production of electro-optical systems
Electro-optical systems engineered for production.
We turn complex challenges into working scalable solutions
Engineered Systems
Selected Systems
Systems developed, integrated, and brought to production.
Beam Positioning Module
Precision beam positioning module for semiconductor inspection, operating above a moving wafer under cleanroom constraints.
- Nanometer-level positioning with high repeatability under dynamic wafer motion
- Lightweight two-axis motion system balancing low mass with structural stability
- Particle-free design suitable for cleanroom operation and contamination-sensitive processes
- Coordinated motion control, electronics, and software for deterministic beam targeting
- Cost-efficient architecture using tailored motion and control technologies
- Deployed at scale in production tools with long-term field reliability
Medical Laser Imaging System
Automated imaging system for high-content screening, combining precision motion with high-throughput multi-channel image acquisition.
- Nanometer-level positioning with laser-based autofocus for consistent high-resolution imaging
- Multi-channel optics balancing image quality with high-speed acquisition
- Integrated optics, motion, and software for deterministic imaging and system-level coordination
- Simultaneous multi-channel fluorescence acquisition with controlled timing
- Stable positioning and repeatability across long-duration, high-throughput runs
- Designed for continuous operation with automated and robotic screening environments
Motorized Zoom Lens System
Motorized optical system for airborne applications, combining zoom, focus, and imaging under harsh environmental and reliability constraints.
- Motorized 27× zoom and focus maintaining optical performance under vibration, shock, and temperature conditions
- Optical design meeting strict MTF requirements across the full zoom range
- Integrated optics, mechanics, electronics, and imaging module for stable system-level performance
- Designed for harsh environments with high mechanical stability and repeatable high-MTBF performance
- Imaging integration with precise optical alignment, balancing performance and manufacturability
- Production line development including lens centering, gluing, and MTF validation processes
Our Differentiators
Why IDEA
Built on deep photonics and electro-optical expertise, with development and production operating in close proximity.
From R&D to Production - Without Reset
Development decisions consider real production constraints.
- No redesign between prototype and production
- Design choices consider manufacturability from the start
- Reduces late-stage redesign and delays
Built to Print. Delivered Consistently.
Production is controlled, repeatable, and scalable.
- Process-driven assembly, not ad-hoc builds
- Repeatability across units, not just first article
- Stable output under schedule pressure
Process-Controlled Performance
Performance is ensured by process, not final inspection.
- Test methods defined during development
- Fixtures and alignment built with the system
- Issues prevented, not detected at the end
System Ownership, End to End
System performance is owned, not delegated.
- Cross-disciplinary interfaces developed internally
- Subsystem interaction validated before release
- One accountable owner from architecture through production
System Delivery
How We Execute
Cross-domain development, integration, and production readiness.
System Development
- Optical, mechanical, electronic, and software co-development
- Architecture definition and system-level design
- Design for integration and manufacturability
System Integration
- Integration of optics, electronics, mechanics, and control
- Precision alignment and calibration
- Functional testing and system verification
Production Realization
- Process development and production engineering
- Supply chain control for critical components
- Assembly, testing, and quality assurance
One team. All disciplines.
From the first optical design
to the last production unit.
Industries
Who We Serve
Industries where performance, reliability, and manufacturability are critical.
Semiconductor Equipment
- Wafer inspection and metrology modules
- Laser delivery for lithography and processing systems
- Precision motion subsystems with optical referencing
Medical Devices
- Ophthalmic imaging and surgical guidance systems
- Laser delivery modules for therapeutic and diagnostic devices
- Integrated electro-optical subsystems for regulated environments
Defence
- Optical sensing and imaging systems for surveillance and situational awareness
- Laser-based measurement and ranging modules
- Ruggedized electro-optical assemblies for harsh environments
Digital Printing
- Laser scanning and beam steering subsystems
- Optical alignment and calibration for multi-channel print systems
- High-duty-cycle electro-optical assemblies
Advanced Industrial
- Laser processing heads for material applications
- Machine vision and structured light inspection systems
- In-line optical sensing and measurement modules
Other High-Precision Systems
- Scientific and analytical instrumentation
- Aerospace optical payloads and sensing assemblies
- Custom electro-optical systems for application-specific requirements
Work With Us
Evaluating a complex optical or mechatronic system?
We work with OEMs, programme managers, and engineering teams that need a serious multidisciplinary partner - not a job shop.
- R&D prototype to production transition
- Electro-optical module development and integration
- Multi-discipline system engineering under one team
- High-reliability contract manufacturing