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Fiber Marking Machine succeeds in transferring the fervor and talent of the user for laser marking work into a way of accomplishment and additional revenue.
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Fiber marking machine Fiber Marking Machine succeeds in transferring the fervour and talent of the user for laser marking work into a way of accomplishment and additional revenue. as an example, Eli may be a home user of the DIY fiber laser marking machine that had purchased the machine from MORN LASER and run a decent business of its own. The functioning mechanism of the portable fiber laser marking machine is slightly different. This machine is constructed in a way that enables it to divide a primary laser signal into multiple different secondary laser signals. This dividing task is carried on a distribution module that is made functional with the assistance of a master oscillator. The purpose of this distribution module, however, is not just limited to dividing primary beam into multiple secondary beams. It is also used for purposes like the
amplification of the primary laser signal and its subsequent division. These divided laser beams are further amplified by the portable fiber laser marking machine. This amplification is highly useful since the combined power of these amplified secondary beams is much higher than the power of the amplified primary beam. Anyhow, the final marking is done with the help of the created secondary beams. TECHNICAL SPECIFICATIONS: Laser Power Power Supply Supported Graphical Formats Beam Quality Power Stability Pulse Repetition Frequency Power Consumption 30W or 50W (optional) 110/220v (±10%) @ 50/60Hz BMP, JPG, PNG, TIP, ICO, DXF M² < 2 (8h) < ±1% rms 20Hz - 2kHz <800W Minimum Line Width Minimum Character Laser Wavelength Galvanometer Size Cooling Ambient Operating Temperature Weight Dimensions 50μm 0.3mm 1064nm 100 x 100mm (optional) Air cooling 15° - 35°C 100kg (desktop) 70 x 90 x 114 (desktop)