FemtoLab Laser workstation for laboratories and R&D centers

FemtoLab is a femtosecond laser micromachining workstation, developed for Your specific tasks.

Main features

  • Fabrication of complex objects with submicron resolution.
  • High speed and ultra-high precision micromachining.
  • Efficient beam delivery and power control.
  • High-end industrial-grade femtosecond laser.
  • High-performance galvanometer scanners.
  • Object movement and laser pulse synchronization in time and space.
  • Unique software interface controlling all hardware units.
FemtoLab
Laser micromachining workstation

Benefits

  • Custom Build
    Every workstation is built according to the exact results you want to reach
  • Upgradeable
    You can add additional functionalities over time
  • Flexible
    One workstation can be used to make several applications, not just one
  • Full Support
    We will install the workstation at your premises and train your team
  • References
    Our systems are installed in a diverse range of businesses, research universities, and organizations
  • 1 Year Warranty
    And after-warranty service

FemtoLab Customers

FemtoLab is chosen by top universities

  • Open website
    Tsinghua University

    QS Universities rating: #15

    Show the usage
    Applications:
    • Surface micro and nano structuring
    • Selective laser ablation
    • Micro cutting and drilling
    • Photo-induced etching
    • 3D direct laser writing
  • Open website
    Shanghai Jiao Tong University

    QS Universities rating: #47

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    Applications:
    • Surface micro and nanostructuring
    • Selective laser ablation
    • Micro cutting and drilling
    • Photo-induced etching
    • 3D direct laser writing
    • Waveguide for quantum computing fabrication (separate system)
  • Open website
    University of Science and Technology of China

    QS Universities rating: #93

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    Applications:
    • Surface and volume micro and nano structuring
    • Selective laser ablation
    • Micro cutting and drilling, any material
    • Two-photon polymerization
  • Open website
    Wuhan University

    QS Universities rating: #246

    Show the usage
    Applications:
    • 3D direct laser writing
    • Selective laser ablation
    • Micro cutting and drilling, any material
    • Surface micro and nano structuring
  • Open website
    Xi’an Technological University
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    Applications:
    • MEMS applications
  • Open website
    Guilin University of Electronic Technology, China
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    Applications:
    • 3D direct laser writing – multiphoton polymerization (MPP)
  • Open website
    Shandong University of Technology, China
    Show the usage
    Applications:
    • 3D direct laser writing – multiphoton polymerization (MPP)
    • Surface micro and nano structuring
  • Open website
    Shenzhen University, China
    Show the usage
    Applications:
    • 3D direct laser writing – multiphoton polymerization (MPP)
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Detailed description

FemtoLab is developed for scientific laboratories and R&D centers, requiring custom solutions for various tasks. It is equipped with a high-end industrial-grade femtosecond laser, high accuracy linear positioning stages, high-performance galvanometer scanners, and versatile micromachining software. FemtoLab workstation is optimized to save experiment time and facilitate the training of new users. FemtoLab flexibility allows to expand and upgrade the system when new requirements arise.

Principle configuration

  • Laser source
  • Sample positioning system
  • Beam delivery and scanning unit
  • Laser power and polarization control
  • Software for system control (autofocus and machine vision on request)
  • Sample holders and special mechanics (sample handling automation on request)
  • Optical table
  • Enclosure (full or partial)
  • Dust removal unit
  • The laser system is automated with micromachining software.

Technical information

Technical specifications depend on individual requirements and needed tasks to implement. It may vary in the range listed below.

Parameter Value
Pulse duration 40 fs – 10 ps
Repetition rate 1 kHz – 2 MHz (Single-Shot, Pulse-on-Demand, Burst Mode)
Average power Up to 80W
Pulse energy Up to 2 mJ
Wavelength 1030 nm, 515 nm, 343 nm, 257 nm
Positioning accuracy ± 250 nm
Travel range From 25×25 mm to 500×500 mm (larger on request)

Examples

Packaging Glass Products
Micro welding glass to metal
Sapphire cutting 0.1 mm thickness. Side view
Optical fibers drilling
Multiphoton polymerization
Chrome ablation from glass substrate
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Contact
information

Femto systems OU
Kivi str. 5-402, Johvi, Estonia

E-mail: [email protected]

Contacts

Femto systems OU
Kivi str. 5-402, Johvi, Estonia
E-mail: [email protected]

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All Rights Reserved.
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