Our solution approach
AMS Technologies’ solution approach has helped hundreds of customer projects to move from concept to production. Helping you to understand our capabilities, we invite you to browse a list of the many projects that we have successfully completed over a timeframe closely approaching 30 years.
Lithium Atom Interferometer evolution: complete solution for 888nm /100W Laser diode
Thanks to our unique mixed competencies in photonics and thermal management, we...
e-Mobility: Optimization of a Prototype Cooling Unit for Infineon’s Easy 2B Based Main Inverter
e-Mobility: Prototype Cooling Unit for Infineon’s Easy 2B Main...
Development of a new Electromagnetic Magnetic Field (EMF) Therapy system
By allowing us to take a share in the product development, we have, through our...
Designing a complete cooling system for 500KW solar inverter
By understanding and managing the complete cooling loop, we have succeeded in...
Integrated Fiber Bragg Grating Interrogator Unit
Started like a lab type of cost reduction exercize, Politecnico di Torino...
Guiding of air flow and positioning
of power semiconductor modules in a 20 kW auxiliary aggregate
When refurbishing trains space and cooling boundary parameters remain the same...
Ultra-precise glass windows for ultra-high-vacuum cell
Identified manufacturing feasibility for extreme requirements (roughness <...
Driving solution for laser diodes used in the pumping of several fiber lasers
Development of an assembly of 3 high power pump lasers, each of them with...
Thermoelectric cooling and heat spreading of high power laser diode modules
Development of thermo-electric plate-to-air coolingunits instead of ...
Enabling solution for building high power ultrafast fiber lasers
Filament fusion and glass processing station
Diode Laser Module for Microscopy Application
Development of a customised diode laser module with a special fiber pigtail...
Diode Laser Module for Industrial Application
Organizing and managing the complete supply chain from chip to fiber coupled...
Water cooling of power electronics and battery pack in hybrid electric vehicle
Identify most suitable manufacturing method for cooler plates
