Photonics engineering, Integration & Production
Design and manufacturing of complex photonic systems
Complex photonic systems, from design to integration
Our team is expert in photonics: integration, OEM, industrialization and manufacturing. Our expertise covers optical fibers, lasers, electronics, sensors, spectrometers, mecanics and embedded software. Backed by state-of-the-art lab equipment, we deliver cutting-edge solutions ready for volume manufacturing:
- Optical fibered assemblies or modules
- Optoelectronic assemblies and subsystems
- Turnkey photonics integrated systems
Skills mapping
Optical engineering for light design and manipulation
Optics is at the heart of every system we design. Our engineers master beam shaping, fiber coupling and the exploitation of physical phenomena – diffusion, spectrometry, interference, propagation time – to meet measurement, characterization or lighting needs.
- Expertise in photonics for state of the art feasibility analysis
- Optical simulation and design
- Experimental feasibility
- Spectral coverage from UVB to Mid-IR
- Beam shaping and implementation
- Single-mode and multimode fiber coupling
- Precision characterization
- Spectroscopy system
- Innovative optical component manufacturing
Optomechanical engineering for stability and alignment of optical systems
Opto-mechanical design directly conditions optical performance : a poorly maintained or temperature/vibration-prone component can compromise the entire system. We seek the best balance between robustness, performance, maintenance optimization.
- 3D design with Solidworks (CAD)
- Rapid prototyping via 3D printing (FDM)
- Custom opto-mechanical integration
- Balance between weight, size, tolerances, cost and scalability
Optoelectronic engineering for control of photonic systems
Opto-electronics provides power, control and supervision of active components – lasers, detectors, drivers. Combined with embedded software, it enables functions ranging from power measurement, data conversion to complex closed-loop servo systems.
- Circuit simulation, custom design and electronic CAD
- Analog and digital electronics
- Communication interfaces
- Dedicated driver design
- Automation and synchronization
- Embedded systems and microcontrollers
- Signal acquisition and processing
Software for control and automation of photonic systems
We develop custom Human-Machine Interfaces allowing your teams to operate, configure and monitor the system without deep technical expertise, even on high-complexity test benches.
- Custom HMI development
- Photonic system software control
- Signal processing and analysis
- Multi-instrument automation, synchronization and supervision via Ethernet / PC
TRL/BRL Booster
We support researchers, engineers and industry professionals in all development phases of their projects — from basic components, through smart integration, to fully integrated high-end systems. IDIL provides R&D services across all its areas of expertise covering optical fibers, lasers, electronics, sensors, spectrometers, mecanics and embedded software.
Before moving to prototyping, our R&D team conducts a feasibility study to define and validate the technical concept. This includes detailed specifications, visual representations, descriptions, and budget estimations.
IDIL delivers simulation results and mechanical drawings to validate product development. Our multidisciplinary team, composed of optics Ph.D.s and engineers specializing in optics, electronics, mechanics, and software, ensures comprehensive design optimization. This phase involves close collaboration with our clients to refine technical specifications meeting the final application requirements. First proof of concept is provided.
From proof of concept, we used efficient state of the art prototyping equipment to build the first unit. We perform in-house testing and validation, comparing results against design specifications. If needed, prototypes undergo real-world environmental testing: optical performances, user frendly experience, software debugging, mechanical and environmental robustness.
Before mass production, prototypes are optimized for miniaturization and system simplification. Industrialisation process is managed: supplier qualification and validation, fabrication process, specific tests benches, quality control, dedicated production lines and compliance with Good Manufacturing Practices (GMP). IDIL can manufacture up to 2,000 complex high tech units per year. Specific production lines can be set up in our clean room. Contact us to discuss your industrialization needs.
Examples of R&D integrations
Optical water pollution monitoring system
Optical quality control system
Process Analytical Technology system (PAT)
At the core of IDIL lies a passionate team of engineers and technicians dedicated to turning innovation into reality. We accelerate our clients’ projects through every stage —from proof of concept and prototyping to first-article production and full industrialization— boosting both TRL and BRL with confidence. Do not hesitate to ask for more details.
