Laser system for your
accurate up to ± 3 µm
Highly scalable laser system for
Your micro material processing
with fiber laser
Laser system for the
Precision machining of your
Fine and precision tubes
Laser systems for your
We build your laser system! Whether standardized series system or individual special machine, thanks to our experience as a contract manufacturer, we know exactly what is important in a machine solution for the production of laser precision components. If necessary, we will be happy to adapt our standard machines to your special requirements. And if that's not enough, we'll develop and manufacture your very own customized machine.
The machines of type LLT.micro are among the most accurate systems on the market. Thanks to air-bearing positioning systems, the systems achieve accuracies of up to ± 3 µm. Due to the combination of different laser sources and the two parallel equipped processing heads, the LLT.micro cut, weld, drill and structure a wide variety of component geometries and materials.
The machine type LLT.preci offers the solid and universal solution for laser processing of a wide variety of materials and geometries. Using fiber lasers, even larger material thicknesses can be easily cut, welded or drilled with positioning accuracies of up to ± 10 µm. The scalability paired with dynamics and precision makes the LLT.preci to the price-performance winner.
The LLT.tube is the standard machine for laser micromachining of fine and precision tubes with processing accuracies of up to ± 3 µm. With up to four axes, the machine processes cylindrical components with diameters from 0.3 mm to 19 mm and enables both radial and off-axis cuts. Through the connection of a fully automatic component feed system, the LLT.tube also operate autonomously.
The LLT.custom stands for the customer-specific system for laser micromachining from LLT Application. Whether machine frame, positioning system or laser source, depending on what the process requires or what specific goals the customer is pursuing, a wide variety of components can be combined in such a way that the finished precision system operates with high precision, is gentle on the material and provides maximum output.