What is the Difference? Beam Size vs. Clear Aperture
... Setting Up Laser Beam Systems There are many misconceptions regarding the set-up of a laser
続けて読む... Setting Up Laser Beam Systems There are many misconceptions regarding the set-up of a laser
続けて読む...system off completely (including power supply unit), wait for approximately 30min and restart the system. Please
続けて読む...our values and drive performance through the Novanta Growth System. This is a common set of
続けて読む...Galvanometer Sets configured with mechanical and optical alignment, tuning, dynamic performance and additional mounting positions which
続けて読む...design complexity. This makes dual-comb spectrometers small and robust, with excellent compensation for external perturbations.
続けて読むSynrad vi30+ Industry leading CO2 laser with more than 30 Watts of average power for marking,
続けて読むCambridge Technology recently announced the latest release of ScanMaster Controller & Designer V3.0. With this release,
続けて読むThe exact components necessary to operate a laser depend on your application. All applications require some
続けて読む...researchers to probe nanoscale structures and to resolve the chemical composition of samples with unprecedented precision.
続けて読む...high-precision and stability for micro-sized jobs is critical. One of the most common challenges in this
続けて読む...lasers today still use crystal gain mediums. Titanium-sapphire, or Ti:sapphire, and neodymium-doped yttrium aluminium garnet (Nd:YAG)
続けて読むLasers are actually safer than most types of machinery. Precautions are very much dependent on your
続けて読む...type. High energy lasers can damage sample materials, but lower energy light sources require longer exposure
続けて読む...and reflecting from the sample material and reference optic to generate the broadband interference wave patterns.
続けて読む...a straightforward design, DC power in and laser power out. Our patented “All Metal Tube” technology
続けて読む...II scan heads are optimized for demanding applications requiring fast, precise scanning and continuous operation. They
続けて読むSynrad’s CO2 lasers can mark, engrave, drill, weld, cut, and perforate a wide range of materials,
続けて読む...is a common set of tools and processes for continuous improvement. Additionally, our highly engineered component
続けて読む...concept tackles flexibility, engineered to work around your manufacturing design. Our scan head elements can be
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