LaserTec’s strategy is based on growth through innovation and product quality. An important goal of the company is to become a market and technology leader known as a global manufacturer of lithium-ion batteries and energy storages.
An important aspect that gives us an advantage over our competitors is our extensive experience in building automated workstations and production lines based on innovative laser technologies. These stations are characterized by flexibility for possible reconstruction, which enable a very high automation of the production process, significantly increasing efficiency and quality of the final product.
LaserTec has been in business since 2002. Until 2014 the company’s main focus was metal processing – milling, grinding and stamping.
Since 2015 LaserTec has been producing battery modules for leading European companies in the bus, rail and special vehicle sectors as well as industrial energy storages. By producing battery modules and setting up automated stations for their production, we have developed a unique cell bonding technology. During this time, we have gained knowledge of the entire lithium-ion battery production process.
Over time, LaserTec’s engineering team has expanded to include specialists, who have gained their experience in the automotive industry, to design batteries for vehicles, machinery, equipment and energy storages.
in laser technology
of battery experience
within the Group
employed in the
with the Group
In Poland - Tychy
and Wroclaw, In Austria
- Bruck an der Leitha
in Poland to introduce
We offer our own energy storage solutions for the industry, households and photovoltaic farms. We also develop and manufacture lithium-ion (li-ion) traction batteries for electric vehicles and industrial equipment.
An energy storage is a device that allows you to store electricity generated by a renewable energy source (such as a photovoltaic or wind installation) or taken directly from the grid.
The LaserTec team also specializes in research, development and implementation of laser technologies for industrial processes. Innovative technologies such as laser: welding, hardening, hardfacing, 3D cutting allow to optimize the production process and create non-standard and repeatable solutions in manufacturing and regeneration processes.