Instead of powerfull laser, laser oscillator can be used and for rapid fabrication we recommend to have synchronized movement of scanner and positioning stages.
Products
Features: Very high precision in short movement range Fast prototyping Machine vision solution for samples recognition Design of whole laboratory Market available photoresists
Technology
System Features: XYZ high accuracy sample positioning Beam delivery and shaping for selected wavelengths Control of entire system through single-window software Easily extendable, custom design 1 year warranty Applications Optional features: (*depends on end user laser): Galvanometer scanners Surface micro- and nano-structuring Safety enclosure Selective ablation External safety/modulation shutter Micro-drilling Autofocus system 3D direct laser writing Spatial light modulator Refractive index modification Polarization rotator Dicing and cutting Polarization converter (circular, ra Multiphoton polymerization (mPP) dial or azimuth) Your device integration 8
Knowing your application of laser micromachining and process needed to implement, Workshop of Photonics will develop a specific task optimized laser machine or its optical module. System configuration will be selected to assure quality, speed and reliability of execution of your task. In order to automate the fabrication process, a custom adaptation of our laser micromachining software SCA engineer can be designed (see page 10). This will not only speed up the fabrication process, but will also reduce participation of an operator to the very minimum. On the other hand, high-level users will have a special interface to configure the process or add new tasks.
FemtoLAB-KIT FemtoLAB kit is a unique femtosecond micromachining system which can be installed next to your femtosecond laser source. Depending on your laser specifications this system can become a universal tool for micromachining of different materials. Machine vision and user friendly software allows you to perform various micromachining tasks easily.
Services
System layout and design is similar to standard FemtoLAB.
Needs of industrial customers are rather different from those of an academic laboratory: speed, repeatability and efficiency are in focus. Tee whole system has to be built around process. Therefore our laser solution usually is a part of a bigger manufacturing machine or production line. Usually it is built by specialized integrators or producers of manufacturing machinery.
FemtoFAB FemtoFAB is a turnkey femtosecond laser machine for industrial use. Configuration is selected and carefully tuned according to a specific laser micromachining application, including laser cutting, laser scribing, laser drilling and 3D laser milling with any desirable material (with >2,4 GW peak power). System is protected by Class 1 equivalent laser safety enclosure and is controlled through a single SCA engineer software window. Features: High fabrication speed – up to 300 mm/s Fabrication of difficult objects with submicron resolution Minimal heat affected zone in femtosecond micromachining mode Aerotech based precise object positioning with submicron accuracy Precise laser beam control in space using high-performance galvanometer scanners Pulse number control (single to 1 MHz) Synchronization of laser pulses with moving object in space and time domains Original software interface for control of all integrated hardware devices Specifications: Task optimized, available range is similar to FemtoLAB (see page 7)
Products
Services
FemtoLAB-MPP workstation is application optimized laser system. It’s main purpose is multiphoton polymerization (MPP). For more information about Multiphoton polymerization go to Multiphoton Polymerization section in Case Studies.
2.2. Industrial Laser Machines
Technology
FemtoLAB-MPP
Applications: Ceramics scribing, glass cutting, saphhire cutting, TGV drilling, solar cell manufacturing, birefringent pattern fabrication, etc. 9