Laser Marking

UniQ™ is the first ultra-compact “ALL-IN-ONE” laser marking system based on fiber laser technology. Thanks to compact dimensions, the rugged IP54 grade housing, the complete absence of an external controller and fiber optic delivery cable, UniQ™ laser markers are really unique. With 15W of optical laser power, the UniQ™ laser marker offers flexibility in marking on a wide spectrum of materials. The ultra-compact design and the high efficiency, low noise, cooling system allows for easy integration even in tight spaces and complex environments. UniQ™ laser markers are powered by the latest version of Lighter, Datalogic’s laser marking software suite, and offer maximum customer ease of use and great flexibility in system integration.

FEATURES & BENEFITS

• High reliability Full Fiber Laser Technology
• Ultra compact, “ALL-IN-ONE” design: No external controller or power supply needed
• Rugged IP54 rated housing
• Compatible with market standard M39 and M85 f-theta lenses
• DLA’s Standard I/O interface
• No fiber delivery constrains, no fiber length or bending radius limitations

AREX is the ultra compact Fiber Laser that is setting a new reference standard in the permanent marking arena. With the smallest marking head footprint, AREX drastically simplifies design for system integrators, and makes mechanical installations extremely easy in all the applications: from stand alone marking stations to fully automated working center in production lines. Thanks to the state-of- the-art fiber technology, AREX allows high speed marking on metal and plastic material increasing systems productivity.

Arex and Lighter 6 Suite allows OEMs and Machine builders to develop a complete, cost effective, Laser Marking Station, based on embedded hardware and software resources, (STAND ALONE mode) or to design an advanced Laser Marking Solutions able to control a complete machinery over a simple Ethernet connection with supervisor computer (MASTER-SLAVE mode).

FEATURES & BENEFITS

• 10W, 20W,30W and 50W Fiber Laser
• Compact Scanning Head
• Embedded Control Unit
• Advanced Lighter 6.0 ease of use software Platform
• Flexible programming and control
• STAND-ALONE and MASTER-SLAVE mode
• Static and Dynamic Conditions
• High Power Efficiency
• Embedded Power Supply

APPLICATIONS

• 10W, 20W,30W and 50W Fiber Laser
• Part Traceability
• Laser Labelling
• Black Laser Annealing
• Deep engraving marking
• Mainly in Automotive and Electronics Industries

The Ulyxe product line provides ideal laser marking solutions for both stand-alone applications and industrial production lines. Integrated 6.5W DPSS laser marking system, due to its cost-effective, innovative design, Ulyxe becomes the first choice in marking solutions by providing the best price/ performance for plastic and metal marking applications.

FEATURES & BENEFITS

• Extreme compactness offering all the most advanced technological concepts
• Best price/performance ratio in the laser marking world
• Air cooled with ultra-compact design
• Integrated scanning head, digital control and monitoring functions

APPLICATIONS

• 10W, 20W,30W and 50W Fiber Laser
• Label Marking
• DPM (Direct Part Marking)

The NEW VLASE is a complete family of Solid State laser marking products available in three different wavelengths: 1064, 532, 355 nm, with power up to 20 W.The New VLase family, based on the unified ONE.RACK control platform, is available with compact, air cooled high performance, high peak power Solid State laser sources, suitable for demanding industrial applications and hard-to-engrave materials. The NEW VLASE family is available only on “Marking” configuration.

FEATURES & BENEFITS

• Extremely easy to integrate and configure
• Excellent beam quality
• High peak power and short pulse width for excellent marking on a broad range of materials
• 3 or 5 meters detachable optical fiber

APPLICATIONS

• High stability thermoplastic marking
• High reflectivity metal marking in electronics and automotive industries
• Thin film and coating ablation

The Green-Lase family offers 4W and 10W DPSS laser marking sources @532 nm operating on the Lase platform and uses SHG in an interactivity architecture which maximizes LBO non-linear crystal conversion efficiency.

The Green-Lase sources offer all the advantages of Datalogic Automation Lase Platform such as air cooling, standard compact design, continuous and precise power control and low power consumption. The Green-Lase sources guarantee very high beam quality and M2<1.2 and is distinguished by long term power stability as well as by pulse-to-pulse stability. The Green-Lase is available both in Marking as well as in OEM configuration.

FEATURES & BENEFITS

• Easy integration and configuration
• High reliability
• Lower "heat affected zone"
• Ideal solution for PCB marking
• Excellent marking results on semiconductors and silicon and on materials such as non-doped plastics not interacting with IR
• State-of-the art marking kit including user friendly marking software

APPLICATIONS

• Easy integration and configuration
• Marking of plastic (when not sensitive to IR) and thin film ablation
• Marking on silicon and semiconductors and others applications in the electronics industry

The extra cavity technology allows high efficiency conversion of the LBO nonlinear crystal and compactness of the laser source.

The UV combines unique features such as air cooling, standard compact design, continuous and precise power control and low power consumption with the advantages of the short UV wavelength. Performing the ‘so called’ cold marking the UV Lase allows no-damage marking and micro-processing on demanding materials such as glass, non–doped plastics, coatings, among the others. The UV Lase is available both in Marking as well as in OEM configuration.

FEATURES & BENEFITS

• Easy integration and configuration
• Based on the state-of-the-art V-Lase platform
• Integrated advanced diagnostics
• Easy connectivity
• Air cooled industrial compact design
• Highest industrial grade reliability
• Long life running
• Unmatched MTBF
• Easy integration and maintenance
• Optimized for marking and processing applications
• Excellent beam quality and roundness
• New RF FPK methodology for fast marking
• Highly configurable customizable

APPLICATIONS

• Special material processing such as glass marking for traceability purposes in automotive/li>
• Heat sensitive applications in the electronics, aerospace and solar industries

Extremely reliable, Datalogic EOX family offers high quality permanent marking on a widest range of material. Its configuration offers extreme flexibility for the integration both in production line as well as in stand-alone systems. EOX embedded controller and the advanced features of its marking platform, EOX offers permanent coding and marking opportunity in a variety of applications.

FEATURES & BENEFITS

• Available at 10 W and 30 W
• Flexible configuration and application
• Easy to install and integrate
• Advance embedded controller
• State of the art marking platform

APPLICATIONS

• Datalogic EOX family marks a wide range of objects and materials: paper, cardboard, textiles, other organic and painted/coated materials EOX laser sources allow Datalogic Automation to offer unmatched permanent clean marking in new market segments, where it can even compete with the traditional ink jet solution in terms of ROI and performance.

FILOS is the OEM-READY pulsed fiber laser source addressed to a wide range of industrial applications. With an extended temperature range up to 55°C, higher output power, maintenance free design, easy to integrate I/O interface, FILOS fiber laser source meets industrial standards ensuring high reliability and long-life operation at low operational cost.

FEATURES & BENEFITS

• 10W, 20W
• Up to 55°operative temperature
• 10% Higher Power & Zero Leakage
• Fast turn-on time & turn-off time to ensure the highest production throughput
• Market standard 8 bits TTL interface and mechanical footprint
• Integrated red aiming beam
• 24VDC power supply
• Embedded diagnostic features by RS232 interface

APPLICATIONS

• marking
• engraving
• material processing
• micromachining
• scribing