We designed a laser station for the customer for marking parts of different dimensions.
The station is equipped with a 50W fibre laser with a large f420 lens, which enables optimal results in laser marking of various parts.
President Petr Pavel and his wife Eva Pavlova visited the Pilsen Region. The Governor of the Pilsen Region, Rudolf Špoták, recommended LINTECH as one of the leading technological purely Czech entities in the region.
LINTECH's customized assembly division has become the basis for comprehensive services, including assembly of fiber optic connectors, high frequency connectors, cable harnesses, PCB mounting and soldering, and many other tasks. One of our newly established collaborations is with Scale MT GmbH, a German company who approached us to assemble cables for their sophisticated equipment.
Automation and industrial robotics are becoming increasingly important aspects of modern industry. LINTECH, a company specializing in the design and construction of single-purpose machines for automation, presents its latest project - a laser station for marking bearings.
In order to remain competitive at LINTECH, we continuously invest in technical equipment of our own application laboratory. Thanks to it, we are able to demonstrate on prototypes the entire process of technology integration and the functionality and efficiency of the machine under development. At the same time, we offer our customers a wide range of tests to verify the utility properties of the incorporated materials and the feasibility of laser applications. This time we have expanded our existing technological equipment with a 300 Watt nanosecond laser system from Trumpf.
By laser cleaning copper strips laminated in plastic, we efficiently prepared the copper conductors for contact using a low power CO2 laser. The application takes up to 5 seconds and involves removing the laminate while extracting the fumes. Thanks to the deflecting laser head, the position remains stable, and the slightly sealed edges of the cleaned area do not affect the contact function.