A PLC automatic alignment device with a full-auto type that only requires setting the sample, from low-cost waveguide alignment to UV fixation!
This is a system that can perform everything from waveguide alignment to UV fixation at low cost. It is an alignment device that automatically measures the contact distance between the fiber array and the waveguide, as well as adjusts the angle of the contact surface. The automatic alignment algorithms can be freely modified or added by the customer, and by calling up and starting the saved program, it can accommodate multiple samples. With our motion control software "Cockpit" (patented), high-speed alignment is performed to connect the optical device and optical fiber at the position of maximum brightness. 【Features】 ■ "Cockpit" can be customized by the customer ■ Build alignment environments for various situations such as applications, types of optical devices, and quality ■ Minimize the expansion rate in response to temperature changes of the stage body *For more details, please refer to the materials. Feel free to contact us as well.
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basic information
This is a device that connects optical devices (optical waveguides) and optical fibers at the optimal position. Using our motion control software "Cockpit" (patented), it quickly aligns and connects the optical devices and optical fibers at the position of maximum brightness. Additionally, by employing a high-rigidity SUS stage with thermal expansion measures, stable alignment is possible against temperature changes and vibrations.
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Applications/Examples of results
Optical fiber component manufacturing equipment used in optical networks.
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Uniqueness: Patent obtained for the independently developed application software "Cockpit"! The independently developed application software "Cockpit" allows for easy customization of up to 32 axes of motors according to customer specifications through a sequence program (executable file), enabling high-precision automatic alignment. At the same time, it eliminates the need to recreate software for each customer, achieving low cost and short delivery times. Uniqueness: Achieving faster alignment speeds than competitors! Alignment involves two processes: rough alignment and peak detection. Traditionally, both processes collected data at the same timing, resulting in longer alignment times. By shortening the tact time of the rough alignment process, which does not require high precision, we have successfully reduced the overall alignment time.
