Precision Optical Assemblies
Our designs take into consideration: optical aberrations, thermal lensing, absorption of materials, and damage threshold of the optical system. Our expertise ranges from the UV to IR, nanosecond to
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Automated Assembly Optical Port
Automated precision and micro assembly
We develop and test prototypes of individual production systems and machine components for the automated assembly of miniaturized laser systems, cameras and optical sensors in medium to large
Optical Assembly Automation System – Aerotech US
Our optical assembly automation solutions can be designed with an exact application or process in mind or with the flexibility needed for general process development.
Photonic Transceiver Module Assembly for High-Speed Data
To automate the assembly process, the profiles simply needed to be enhanced with automatic handling steps for components and sub-assemblies, as well as with automatic alignment routines based on
Automated Photonic Device Assembly with Modular System Approach
The AssemblyLine systems from FiconTec are high-precision, in-line assembly solutions designed for the automated production of photonic devices.
Photonics assembly and testing – From Lab to Fab – ficonTEC Service
Photonics Automated Assembly & Testing From Lab to Fab Cutting-edge assembly and testing machines serving requirements in R&D and all the way through to high-volume production
Automated Precision Assembly of Optical Systems
In our assembly solution, we often com-bine metrology and bonding equipment with our micromanipulator to obtain monolithic tools to actively align and bond optical components.
OPTICAL ASSEMBLY SOLUTIONS
Successful automation begins with a well-defined and optimized assembly process. Our dedicated application laboratory allows us to work closely with you to refine your product''s assembly workflow.
ASSEMBLY OF COMPLEX OPTOELECTRONIC MODULES
Incoming inspection of material with high accuracy, automated 3D measurement system
White Paper: Management of Smart Optical Modules
In this white paper we explore how the DWDM functions, parameters, and operational aspects of “smart” optical pluggable modules can be handled more efficiently in order to deal with the