Laser Marking Laser Optics, Heads, and Beam Delivery Components Datasheets

Module Camera for Fusion M2 Series Laser Systems -- Epilog eView™
from Epilog Laser Corp.

eView Camera Module allows you to create incredibly accurate laser cuts around images that are printed on wood, acrylic, cardstock and more. With an innovative three-camera design, including two cameras located on the lid of the laser, the eView system reads registration marks on your printed item,... [See More]

  • Applications / Processes: Cutting; Marking
  • Type: Guidance Module or Robotic Arm for Flying Optics
Galvo Systems -- SpeedMarker CL
from Trotec Laser, Inc.

The SpeedMarker CL controls the position of the laser beam via rotating mirrors. Text, bar codes, data matrix codes and logos can be applied to a variety of materials. Typical cycle times can be less than 1 sec!. The SpeedMarker CL is best integrated into production lines. [See More]

  • Applications / Processes: Cutting; Marking
  • Laser Type: CO2
  • Type: Laser Optics or Beam Delivery Components
from FOBA North America

The high-performance TEA CO2 mask marker marks small surfaces with extreme precision and in the shortest times with use-by and manufacturing dates, batch and serial numbers or logos and graphics. Single- and multiple-line markings are applied to such widely diverse products as electronic components,... [See More]

  • Applications / Processes: Drilling; Marking
  • Diameter: 0.0200 to 0.2000
  • Type: Laser Optics or Beam Delivery Components; Laser head or focusing module; Lens Focusing Head or Module; Reflective Focusing Module; Beam Bender or Mirror Block; Collimator; Dump or shutter; Expander; Galvanometer or Switching Mirror; Air or gas cooling (optional feature); Monitoring System or Sensors; Polarizer; ReflectIsolator; Resonator Optics; Splitter
  • Aperture: 0.0200 to 0.2000
Scanning laser system optics

F-theta scan lenses play a major role in today ™s leading-edge laser applications. II-VI manufactures scan lenses for CO2 laser systems that are used for marking, engraving, via hole drilling, and more. In a typical scan lens configuration, the F-theta lens is used with one or two axis galvo... [See More]

  • Applications / Processes: Drilling (optional feature); Cutting (optional feature); Marking (optional feature)
  • Laser Type: CO2
  • Type: Laser Optics or Beam Delivery Components; F-Theta or Scan Lens
3-Axis Scan Head -- 3XB
from Nutfield Technology

Nutfield Technolog y ’s 3XB Series 3-axis Scan Heads use a dynamic focusing system to produce a flat field rather than a f-theta lens. They are often used to create a large scan field with a relatively small spot. Various field and spot size combinations can be selected simply by turning a... [See More]

  • Applications / Processes: Micromachining; Cutting; Marking
  • Aperture: 10 to 45
  • Type: Laser Optics or Beam Delivery Components; Laser head or focusing module; F-Theta or Scan Lens
  • Laser Type: CO2; NdYAG
High Power Density Focusing Optics™ -- HPDFO
from Universal Laser Systems, Inc.

HPDFO – High Power Density Focusing Optics (HPDFO) uses a patented method to expand the laser beam within the focusing carriage. This expansion allows the beam to be focused into a much smaller focal spot, suitable for intricate, tight-tolerance engraving and for direct marking on some metals. [See More]

  • Applications / Processes: Marking
  • Laser Type: CO2
  • Type: Laser Optics or Beam Delivery Components