Laser Ring Light Source Unit ALT-4300
This is an introduction to the ring light source unit "Laser Ring Light Source Unit ALT-4300" with a wavelength of 635 nm. 【Features】 - Ring light source unit with a wavelength of 635 nm - Laser is emitted in all circumferential directions, suitable for measurement and image processing applications such as internal inspections - Excellent for mass production, using a newly developed conical mirror with high precision to create high-performance ring light 【Specifications】 - Line width: 0.2 mm (13.5%) - Line length: All circumferential directions (360 degrees) - Operating distance: 100 mm (adjustable) - Laser wavelength: 635 nm - Laser output: 2 mW - Laser class: Class 1M - Output stability: ±3% or less - Angular error: ±10 seconds or less - Conical mirror: Ceramic with aluminum coating *For other functions and details, please download the catalog or contact us.
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Here is the information about the ring light source unit "Laser Ring Light Source Unit ALT-4300" with a wavelength of 635 nm. 【Features】 - Ring light source unit with a wavelength of 635 nm - Laser is emitted in all circumferential directions, suitable for measurement and image processing applications such as internal inspections - Excellent for mass production, utilizing a newly developed conical mirror with high precision to produce high-performance ring light 【Specifications】 - Line width: 0.2 mm (13.5%) - Line length: All circumferential directions (360 degrees) - Operating distance: 100 mm (adjustable) - Laser wavelength: 635 nm - Laser output: 2 mW - Laser class: Class 1M - Output stability: ±3% or less - Angular error: ±10 seconds or less - Conical mirror: Ceramic with aluminum coating *For other functions and details, please download the catalog or contact us.
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We are a group of optomechatronics engineers that comprehensively engage in design development and manufacturing, including mechanisms, electronics, and software, based on laser optical application technologies. We will challenge ourselves in the application of laser light, particularly in laser scanning.