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Coherent COMPex Pro 110 F Excimer UV Laser System Installed Micronanics Enclosure
Coherent COMPex Pro 110 F Excimer UV Laser System Installed Micronanics Enclosure
Coherent COMPex Pro 110 F Excimer UV Laser System Installed Micronanics Enclosure
Coherent COMPex Pro 110 F Excimer UV Laser System Installed Micronanics Enclosure
Coherent COMPex Pro 110 F Excimer UV Laser System Installed Micronanics Enclosure
Coherent COMPex Pro 110 F Excimer UV Laser System Installed Micronanics Enclosure
Coherent COMPex Pro 110 F Excimer UV Laser System Installed Micronanics Enclosure
Coherent COMPex Pro 110 F Excimer UV Laser System Installed Micronanics Enclosure
Coherent COMPex Pro 110 F Excimer UV Laser System Installed Micronanics Enclosure
Coherent COMPex Pro 110 F Excimer UV Laser System Installed Micronanics Enclosure
Coherent COMPex Pro 110 F Excimer UV Laser System Installed Micronanics Enclosure
Coherent COMPex Pro 110 F Excimer UV Laser System Installed Micronanics Enclosure

Coherent COMPex Pro 110 F Excimer UV Laser System Installed Micronanics Enclosure

sku: 3320888064
1 In Stock

Coherent/Micronanics

Compex Pro 110 F laser MicroNano System
US REUZEit West Coast US - R
30-Day Warranty On Part
$269,000.00
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Details

  • Category
    Laser
  • Dimension
    78.0in x 75.0in x 87.0in
  • Serial
    GEP.1113838.10068
  • Shipping Type
    Freight
  • Manufacturing
    Does Not Apply
  • Voltage / Hertz
    230V / 50Hz/60Hz

Description

Product Information

This Micronanics MicroNano System featuring the Coherent COMPex Pro 110 F excimer UV laser, manufactured in 2013 by Coherent GmbH, is engineered for precision microfabrication, laser marking, and material processing. The system, equipped with Coherent EnergyMax software for laser operations, supports micro/nanoscale accuracy with precision X, Y, Z stages. The enclosure design ensures Class 1 laser safety compliance, featuring heavy-duty metal construction and laser-safe viewing windows. It offers robust functionality in advanced laboratories or manufacturing environments, accommodating applications such as semiconductor lithography, material processing, mask inspection, and advanced scientific research. This advanced excimer UV laser delivers stability, high pulse energy, and beam uniformity, making it suitable for high-precision tasks across diverse fields.


Technician comment

This Micronanics MicroNano System with the Coherent COMPex Pro 110 F excimer laser, was sourced from an operational environment and has been maintained in excellent cosmetic condition. Only minimal signs of prior use are present, (Acer display has minor damage (cracked screen on top right & bottom left corner) but doesn't affect functionality. The Micronanics enclosure powers on successfully, but complete functional testing is pending user login credentials for full access to system functions. Coherent EnergyMax software for laser operations and Micronanics MNA Drilling Tool software for advanced microfabrication applications installed. Overall, this unit is preowned but shows light wear from previous use.


Key Features
  • High-performance excimer UV laser
  • Wavelengths 193 nm, 248 nm, 308 nm, 351 nm
  • Pulse energies up to 30 W per pulse
  • Compact and rugged construction
  • Excellent pulse-to-pulse energy stability
  • Supports semiconductor lithography and material processing
  • Long-lasting components with improved gas processing
  • Flexible integration for quick start-up

Specifications
  • Laser Type: Excimer (Gas) Laser, Pulsed UV
  • Wavelength Range: 193 nm, 248 nm, 308 nm, 351 nm
  • Pulse Energy: Up to 400 mJ
  • Repetition Rate: 0–100 Hz
  • Pulse Width: 25 ns
  • Beam Profile: Flat top with variable spot size
  • Beam Divergence: 3 x 1 mrad
  • Peak Power: Up to 110 watts

Weight

Imperial: 2400.0 Pounds

Metric: 1088.62 Kilograms


Shipping Dimensions

Imperial: 93.6 lb x 90.0 lb x 104.4 lb

Metric: 237.74 cm x 228.6 cm x 265.18 cm


Harmonized Code

9013.20.00.00


Harmonized Code Details

9013.20.00.00 - Lasers, other than laser diodes, used in material processing and scientific research due to their precision, energy stability, and range of application.