How fast can my galvanometer run?
It depends on the mirror inertia, angle, and command waveform.
続けて読むIt depends on the mirror inertia, angle, and command waveform.
続けて読む...Our detectors are specially made to measure 100% of the laser’s power, with no ND filters
続けて読む...to your application requirements. However, because of the advanced modeling, you will find that the optimized
続けて読む...reliable, long-lifetime lasers Maintenance free Passive, water-free cooling Unique laser speckle patterns Exceptional beam quality Zero
続けて読む...inconsistent results. It’s important to avoid common CO2 laser pitfalls along with poor and/or unstable
続けて読むOptimal Processing of Polypropylene Films with CO2 Lasers Polypropylene, commonly abbreviated as PP, is one
続けて読むFor a complete list of FAQ’s on our CRS series, click here...
続けて読む...a common set of tools and processes for continuous improvement. Our highly engineered component and
続けて読む...Still have questions? Our Application Engineers have answers. They are available for consultation on new projects
続けて読む...photonics, vision and precision motion technologies. We engineer mission-critical core components and subsystems that deliver extreme
続けて読む...processes. These processes include cutting, marking, and engraving on materials we use daily. Each of these
続けて読む...drive performance through the Novanta Growth System. This is a common set of tools and processes
続けて読む...for scan head communication. A combination of highly configurable interfaces and processing units responds in real-time
ダウンロードMonitoring Temperature to Ensure Optimal Performance of Synrad CO2 Lasers Monitoring temperature performance featured in
続けて読む...Manufacturing is a versatile manufacturing method that spans a variety of materials. These materials include plastics,
ダウンロードOur unique product range and engineering expertise from laser source through beam delivery offers seamless solutions,
ダウンロードLaser Marking & coding requirements change quickly, therefore innovation and adaptation are key to keeping pace
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