Minimal heat-affected zones (HAZ) ensure that sensitive materials like medical-grade plastics and silicon wafers remain structurally intact and free from carbonization.
With a spot diameter as small as 15μm, our UV lasers deliver ultra-fine marking capabilities essential for QR codes on micro-electronics and circuit boards.
Eliminating the need for inks, solvents, and chemicals, laser marking aligns perfectly with Finland's commitment to a circular economy and green manufacturing.
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Machining
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Assembling
TestingThe 355nm UV laser wavelength is better absorbed by a wider range of materials (like plastics, glass, and ceramics) compared to the 1064nm of Fiber or 10.6μm of CO2. Most importantly, it causes significantly less thermal stress, which is critical for the micro-electronics often produced in Finland's tech hubs.
Absolutely. Our "Flying" series (on-the-fly marking) is specifically designed for high-speed conveyor belt integration. We support industry-standard communication protocols (PLC, RS232) to ensure seamless data exchange within your smart factory environment.
Our UV laser sources typically offer a service life of over 20,000 to 30,000 operational hours. Maintenance is minimal as the process is non-contact and uses no consumables. Regular lens cleaning and dust removal are usually all that is required to maintain industrial-grade performance.
We provide comprehensive remote technical support via video conferencing and remote desktop diagnostics. For larger installations, our localized partners and Finnish-speaking technical documentation ensure your team can operate the machinery with maximum uptime.
Yes. All UV laser systems exported to Finland and the wider EU are CE certified. They include safety features such as protective enclosures, emergency stop buttons, and interlock systems to ensure operator safety (Class 1 or Class 4 laser safety standards depending on configuration).
Cutting Machine
CNC Milling
CNC Center
Boring Machine
Digital CNC