Search results
Compared to Light Emitting Diodes (LEDs), semiconductor laser diodes have low power consumption, high-power output and can be used with optical systems having a higher maximum aperture. These considerable advantages mean that they can be used for projectors that do not require focal adjustment.
- ML562G84 - MITSUBISHI ELECTRIC Global website
Mitsubishi ML562G84 is a high-power, highly efficient...
- ML562G84 - MITSUBISHI ELECTRIC Global website
Hi I'm running a 3015 HV 20CFM Mitsubishi laser. Laetley we have not been able to get de-ionized water for our cooling system and have been using distilled water instead. I replaced our Ion exchange resin sock about a month ago.
We design and manufacture every critical component that goes into our laser system from the cutting machine to resonator and control unit. Our vast line-up of 2D and 3D laser processing machines offer the ultimate in speed, accuracy and flexibility.
Mitsubishi ML562G84 is a high-power, highly efficient semiconductor laser diode which provides emission wavelength of 638 nm and standard light output of 2.5W. (pulse). This LD has broad-stripe structure which enables high output power. FEATURES. High Output Power ( Pulse condition 120Hz,Duty=30%):
Optical Devices Catalogue. Mitsubishi Electric is at the forefront of industry in the development and production of laser diodes and modules, including the latest optical fibre communications for broadband and telecommunications networks, and laser diodes for display and industrial applications.
Overview. Mitsubishi Electric's range of red lasers include multi-mode semiconductor laser with a wavelength below 640nm and 3.5W output (when pulse-driven), 2.1W output (when CW-driven) that provides highly visible, vibrant red colors for color projectors. Key Features. High-power / Low power consumption. Multi Transverse mode LD. Specifications.
The laser beam can thus be activated or deactivated within a microsecond. With F-CUT you achieve much faster processes (higher parts output) and hence reduced costs per part.
