We are manufacturing high-end laser micromachining systems for precision cutting, drilling and welding of complex and intricate work pieces - applications found typically in the medical device and aerospace/defence industries.
Years of R&D project cooperation with the Swiss Federal Institute of Technology (ETH) have resulted in unique know-how when it comes to integrating micromachining equipment for industrial applications: From state-of-the-art laser sources and laser beam delivery systems to high precision motion systems, software applications etc.
Swiss Tec: Breaking Barriers for the Manufacturing Industry.
| |
In the early years of 'Swiss Tec Aktiengesellschaft', the company founded in 2000 by Swiss entrepreneur Eduard Fassbind, the focus was on the search for a new concept of high-precision, high-speed micro machining equipment with little need for maintenance and supervision. |
| CEO Eduard Fassbind |
 |
After years of
develpoment and refining, the F20/30 and M10 models, flatbed precision
cutting and drilling machines, were born.
A cooperation with the Machining Department of the 'Eidgenoessische
Technische Hochschule' (ETH), the Swiss Federal InstitAute of Technology
in Zurich, ensued
In 2005, with the launch of the T13, the company began to
write orders on international scale. Today the company has a dozen
employees - mostly engineering and research positions - and sales
offices in Switzerland, U.K, China and the US.
The Promise of Productivity - Delivered.
Our committment is to help companies implement innovative machining solutions to meet manufacturing challengesand achieve
a high standard of quality
superiour performance
highly competitive production costsIn one word: Productivity.
Our project team will work closely with your stakeholders to analyse your machining process, configure your individual micromachining prime solution, and ensure all expectations are met. We deliver solutions that work!
more
Applications and Manufacturing.
All machining systems are designed and built in Switzerland; the platforms consist of modular components which are configured according to individual application requirements.
In the applications lab, 'Proof of Principle' samples are produced; individual work samples are processed in our international Application Labor (depending on application) for various materials:
|
aluminum |
ceramic |
platimun |
|
bronze |
copper |
ruby |
|
diamond |
brass |
sapphire |
|
high-grade steel |
molybdene |
silver |
|
gold |
nitinol |
tantal |
|
INOX |
silicon |
titanium |