A single YAG laser can be switched to a maximum of five optical output ports, achieving flexibility and space-saving throughout the entire process.
◆Device Overview The YAG laser branching device is a control unit that can branch and switch the output from a single laser oscillator into a maximum of five systems. It aims to share the device and improve the efficiency of process switching, enabling the construction of a compact and flexible laser system. It can accommodate multiple processing devices and irradiation points, contributing to the effective utilization of equipment. ◆Features - Supports automatic switching control via external signals (such as PLC) - Ensures connection stability with highly reliable FC connectors - Reduces output loss through a unique optical switching mechanism - Capable of switching up to five systems, allowing for a flexible device configuration ◆Reasons for Selection - Efficient operation of multiple processes with a single laser - Reduces setup and jig replacement labor - Flexibly accommodates retrofitting to existing equipment or specification changes - Excellent expandability and reliability, suitable for long-term operation ◆Benefits - Reduces equipment costs and installation space through device integration - Lowers workload and human errors through automatic switching - Maintains stability even during long hours of operation, minimizing maintenance burden - Increases design flexibility for line setups in low-volume, high-variety, and multi-process manufacturing
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■Laser model: Wavelength 1060nm YAG laser, below 150W ■Output: Simultaneous 3 channels ■Number of branches: Maximum 5 branches ■Number of simultaneous output channels: Same as the number of simultaneous input channels ■Consistency of simultaneous emission from each channel of the branching optical system: Over 95% ■Branch switching time: MAX 1 sec (typically about 0.5 sec) ■Number of laser firing conditions: Depends on the specifications of the laser oscillator (up to 64 conditions) *For more details, please refer to the PDF document or feel free to contact us.
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There are numerous implementation results in manufacturing sites for optical communication components, precision sensors, and medical devices. While keeping capital investment in check, it enables support for multiple lines and contributes to labor-saving and high operational efficiency at the site.
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