Marking / Coding
Cut, etch and engrave barcodes, date codes, serial numbers and logos on a variety of surfaces.
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A characteristic of UV lasers (with a wavelength of 355 nm) is their extremely high absorption rate for various materials. UV lasers allow for high-contrast and damage-free marking and processing in applications where materials with poor visibility and the effect of heat are concerns with conventional standard-wavelength (1064 nm) laser markers. Furthermore, the distance sensor and multi-function camera built into the laser head enable automatic correction of deviations in the distance to the target and in the position while the target is moving. Additionally, the ability to monitor the laser output and to monitor for dirt on the lens prevents marking errors prior to use, allowing for stable operation.
MD-X laser markers are versatile, general-purpose systems for marking and processing a wide range of materials. These powerful hybrid marking systems boast an internal vision system, full-field autofocus and marking analytics tools.
MK-G Series is the world's first self-troubleshooting continuous inkjet printer that completely eliminates the guesswork of inkjet maintenance and can be operated without any specialized product knowledge or skills. By incorporating KEYENCE sensor technologies to enhance self-diagnostic capabilities, the new MK-G Series can automatically perform maintenance and troubleshooting on its own – just like how a trained inkjet technician would. The unit features new functions that ensure automatic cleaning is performed every time before shutdown even when the power is disrupted, and allow users to check the status and perform operations on the printer remotely from a PC or Smartphone.
KEYENCE has been an innovative leader in the inkjet printing industry since the early 1990s. By integrating KEYENCE’s proprietary sensors and machine vision technologies, CC-1000 Series solve conventional box printing challenges, simplify setup and maintenance, and ensure superior print quality and reliability.
UV Laser Coders are designed as a direct replacement for thermal transfer overprinters (TTO). This light-based marking eliminates the need for ink ribbons required to transfer ink to the surface of the film with conventional thermal printers. The result is permanent, highly visible and damage-free marking without the need for special films.
MD-F fiber laser markers are high-powered machines designed for deep engraving and high-speed processing. 3-Axis scanning and on-the-fly focal adjustments give the MD-F series a leg-up over conventional laser engravers.
ML-Z CO2 laser markers are incredibly versatile. They can mark opaque objects like paper, wood, rubber, ceramics, and transparent objects like glass. CO2 lasers are also used for gate cutting, drilling, and decapsulation.
MD-T green laser markers use an integrated telecentric lens to keep the laser beam perpendicular across the entire marking surface. This ensures micron-level marking and processing throughout the target area.
