Technologies We Use
Our technologies for developing, producing, and testing fiber optic, optoelectronic, and optomechanical systems.
Fiber Optics
Our manufacturing technologies allow us to produce optical components and complete optical assemblies for applications across industrial sectors. We have manufacturing technologies for producing functional prototypes as well as for larger series production.
Technologies
- Automatic station for fiber array assembly
- Automatic station for matrix fiber array assembly
- Automatic station for MT ferrule assembly
- Automatic station for MLA assembly to the fiber array
- PVD coating
- Splicers for SM, MM, PM, and multicore fibers
- Laser fusion system SMARTSPLICER
- Randomizer for fiber bundle mixing
- Thermal fusion of fiber bundles
- Laser sources and detectors, EDFA 5W
- Supercontinuum laser source
- Helium detector
Machining
Successful design and production of fiber optic and optoelectronic products is often dependent on the use of precise glass and metal components. We make maximum use of our manufacturing technologies, ensuring full control over the quality of the components.
Technologies
- SLE (Selective Laser Etching)
- V-groove cutting machine (dicing saw)
- Laser drilling in glass
- Laser cutting of glass and fibers
- Laser marking
- Wire cutters, cutting fused fibers
- Presion CNC machining
Optoelectronics
Optoelectronic LED modules require precise manufacturing processes to ensure their quality and reliability. Key steps include accurate mounting and contacting of LED chips. These technologies enable the production of LED modules for a wide range of applications.
Technologies
- Die bonding machines
- Wire bonding machines
- Dam and fill
- Reflow soldering ovens
- Screen printing machine
- Liquid phosphor compensation
- LSR, injection molding press for liquid silicones
Testing & Measurement
Precise measurement and testing are key indicators of quality in the manufacturing process. Every product undergoes thorough inspection to ensure its maximum reliability, performance, and compliance with the strictest technical standards.
Technologies
- ZEISS Prismo ULTRA 5
- ZEISS O-inspect
- Interferometric profilometer, Newview 9000
- Interferometry for optical connector endface inspection
- Measurement of core offsets in fiber arrays
- Keyence digital microscope
- Alicona InfiniteFocus
- X-ray
- LUNA reflectometer
- OTDR reflectometers
- SurfCom surface roughness tester
- Climatic chambers
- Highly Accelerated Stress Test (HAST)
- Electrodynamic vibration system
- Electron microscope
- Near-field measurement
- Extinction ratio measurement for PM fiber products
- Optical spectrometers, PK
