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MicroLase Fiber Laser Marking Brochure

MicroLase Fiber Laser Marking Brochure

MicroLase Fiber Laser Marking Brochure

Product catalog summary
System Features
  • Available in 10 and 20 watt options, these laser systems are air-cooled and offer high peak power and beam quality.
  • Designed for heavy-duty cycle production with a small footprint, they support high-speed marking on various materials including steel, brass, ceramics, and plastics.
  • Equipped with standard and custom Class I safety enclosures, they are capable of 2D Data Matrix marking and DOD compliant UID marking.
  • Low power consumption with operation via a standard 115 VAC wall plug.
Product Overview

Schmidt’s MicroLase Systems introduces new 10 and 20 watt double clad fiber laser marking systems, expanding their range of marking applications. These systems are ideal for precision marking in heavy-duty production environments.

The lasers feature quasi diffraction-limited round beams and high repetition rates, making them suitable for integration into various manufacturing setups, including tabletop systems and automated cells.

Technical Specifications
  • Wavelength: 1060 nm with Ytterbium doped fiber as the laser medium.
  • Average Output Power: 10W for MicroLase Fiber I and 20W for MicroLase Fiber II.
  • Q-Switch Frequency: 20-100 kHz with beam quality M2<2.
  • Max Power Consumption: 250W, operating temperature range of 40°-105°F (5°-40°C).
  • Electrical Supply Voltage: 24VDC, with air cooling.
Scanning Heads
  • Focusing Lens options: FL110, FL160, FL254 with respective working areas of 50x50 mm, 110x110 mm, and 180x180 mm.
  • Nominal Focal Lengths: 100 mm, 160 mm, and 254 mm with working distances of 118 mm, 190 mm, and 299 mm respectively.
Applications and Benefits

These fiber lasers are virtually maintenance-free due to excellent pump-to-signal efficiency and are suitable for medical, automotive, aerospace, military, jewelry, and other industrial applications. They can mark most metals, many plastics, polymers, and ceramics.

Schmidt offers a variety of standard or custom Class 1 safety enclosures, or operational Class 4 systems.

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Catalog excerpts

MicroLase Fiber Laser Marking Brochure -1

10 and 20 watt lasers ?Air cooled ?High peak power andbeam quality?Heavy duty cycleproduction?Small footprint ?High speed marking ?Standard and customClass I safety enclosures?Marking on steel, brass,ceramics, plastics, carbide and many other materials?Low power consumption ?Laser beam delivery viafiber optic cable?Standard 115 VAC wallplug operation?2D Data Matrix markingcapable?DOD compliant, uniqueidentification (UID) marking > In addition to our DPSS (Diode Pumped Solid State) lasers, we now offer ournew generation of 10 and 20 watt double clad fiber laser marking systems. These powerful marking lasers combine high peak power and high beam qualityto allow for marking a wide range of materials. Their quasi diffraction limited round beams, delivered at high repetition rates, make them ideal for heavy duty cycle production with very high precision.With their small footprint, and optical fiberdelivery, Schmidt MicroLase fiber lasers can be easily integrated into tabletop marking systems, automated manufacturing cells, and customized multi axis machine tools. Depending on the specific application requirements, Schmidt fiber lasers can be mounted in a safety interlocked Class I certified enclosure or operated in a Class 4 environment with protective eye wear. Our pulsed fiber lasers are designed to last longer and require minimal maintenance. In addition, Schmidt fiber lasers can be equipped with a powered and programmable Z-axis, rotary indexers, X/Yaxis tables, and custom fixturing. > Sample mark using 10w laser

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MicroLase Fiber Laser Marking Brochure -2

e rlaser2008update.qxp 10/27/2008 9:45 AM Page 2 Due to excellent pump to signal efficiency in the opticalfiber, these powerful air-cooled laser systems are virtually maintenance free and provide our customers with low operational costs. The fiber laser is ideally suited for medical, automotive, aerospace, military, jewelry, and many other commercial and industrial applications. In addition, the fiber laser marks most metals, many plastics, polymers, and ceramics.Schmidt offers a variety of standard or custom Class 1safety enclosures, or operational Class 4 systems like theone pictured here....

 Open the catalog to page 2

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