Tools

New laser cutting machine a winner

TruLaser Cell 8030

Trumpf has released the second generation TruLaser Cell 8030, a multi-axis machine designed specifically for laser cutting hot stamped 3D components. Based on experience gained with the first generation, Trumpf has significantly enhanced the machine’s performance. The new TruLaser Cell 8030 is more productive and energy-efficient than its predecessor, has lower investment costs and features a modular design for flexible configurations.


 The machine’s increased productivity is primarily due to its highly dynamic rotational changer and new rotary indexing table, which features up to three workstations. The areas for loading and unloading are completely separate from each other, facilitating semi-automated solutions and increased productivity. Loading/unloading can be done with two people, or a single person can load the machine while a robot unloads the system. Either solution can be achieved while the system is actively processing a part inside of the machine.


Since not all cuts require the same laser power, Trumpf enables fabricators to select the best laser for the TruLaser Cell 8030 based on their application. The new TruDisk 2000, a 2-kilowatt solid-state laser, offers high energy efficiency and excellent beam quality for fast, cost-efficient processing. It is the ideal laser for highly complex part processing. For applications requiring higher laser power, for example, when producing long cuts in larger parts, the new machine can be equipped with up to 4-kilowatts of laser power.


 Trumpf has also improved the process reliability and stability of the TruLaser Cell 8030 with new functions such as ObserveLine for visual slug detection. Using extremely fast and dependable sensors in conjunction with the laser beam, detection occurs twice as fast as with any other system currently available on the market. A residual runtime display, built into the front of the machine, is another
new feature.


 The TruLaser Cell 8030 also features a compact footprint.