On-the-fly marking at high speeds is only one of the comprehensive features of the LP-RH series

The new LP-RH CO2 laser marking systems are specially designed for industries with particularly high demands on speed and functionality and are available with 10W, 20W, and 30W output. They offer a remarkable improvement in marking and processing quality. Thanks to the ultra-fast galvanometer scanner, they can mark moving objects on-the-fly up to a conveyor speed of 240m/min. With their small laser beam diameter, some models are particularly suitable for marking small components with extremely fine markings. Due to their shorter wavelength of 9.3μm, some models are ideal for marking transparent plastics such as PET or PC. The CO2 laser also makes it possible to mark organic materials such as paper and wood.

A seamless workflow is essential 

The start-up time has been significantly reduced from 90 to 15 seconds to increase work efficiency and avoid unwanted production interruptions. Thanks to the newly integrated motor, engraving achieves impressive homogeneity, speed, and precision compared to the previous series. The marking field of this series is up to 160x160 mm, and a new scanning method for Data Matrix Codes reduces cycle times by up to 40% without any loss in quality.

Improved focus for precise alignment

With our latest innovation, fine adjustment of the focusing setting is child's play. The working distance can be easily adjusted from -/+ 3 mm without moving the laser head. This function guarantees precise alignment and makes fine adjustment much easier, making work processes more efficient. The updated PC software Laser Marker NAVI smart presents a user-friendly interface that simplifies maintenance history management. The NAVI smart software also informs you immediately when maintenance is required so that your system always remains in optimum condition. 
To learn more about the new LP-RH series, please visit LP-RH | Panasonic Industry Europe GmbH

Find here the press release files for downloading:

Learn more:

Laser marking

CO2 laser technology