Integrated Laser Power Supply with Switching Constant-Current Output, 10kW YS83V10KW380Y-JG

Jianxin Optoelectronics offers end-to-end expertise from LCoS chip design and advanced packaging/manufacturing to application development. Custom services cover operating wavelength, phase-modulation range, high refresh rates, high power, device dimensions, and operating modes of liquid-crystal-on-silicon spatial light modulators. Customers span laser processing, optical communications, semiconductor wafer stealth dicing, wafer grooving, ingot exfoliation, laser direct writing, digital lithography, quantum communications, medical optics, and bioimaging. Volume deliveries include high-performance LCoS chips, spatial light modulators (SLM), holographic algorithms, and integrated one-stop optical systems.

Wavelength: 1064nm Output coupling: Optical fiber (D80) Max pulse energy [After fiber；1064nm]: 80J

YAG-LP-80 is a long-pulse OEM laser for aesthetic-device manufacturers, mainly for hair removal and also vascular and skin-rejuvenation treatments. YAG-LP-80 emits 1064nm, widely used for hair removal on skin types I-VI, with up to 80J and 10Hz after the fiber. YAG-LP-80 also offers a matching handpiece (2mm to 24mm), power supply, and fiber for system integration.

Fiber Model [or as specified by the customer]: Ø63um High-Purity Unclad Glass Rod, MM-S200/220-22A Fiber;or Customer-Specified Number of Lenses: 25-27根/夹 Lens Effective Length [Customers can cut it into 7-8mm sections as needed]: 60.5mm per Rod;Customers May Cut into 7-8mm Sections as Required

Semiconductor laser chips emit light with large fast-axis divergence, requiring fast-axis compression and collimation in many applications. Limited internal space makes collimating-lens assembly difficult. Fujin offers assembly services to address this problem. Its complete internally developed processes attach a fiber cylindrical lens in front of the chip's emitting facet, adjust focus and collimation, and deliver the assembly, reducing customer process-development time and cost.

Nickel Layer Thickness: 3~5um Gold Layer Thickness: <0.2um Coating Length Error: +/-1mm

Fiber metallization, also called gold (nickel) plating of the fiber side surface, enables gold metallization of optical fibers or other waveguide materials and is important for all-metal hermetic packaging of optical devices. It can replace the widely used polymer bonding approach, addressing polymer aging, creep, and poor high-temperature resistance. It has broad applications and prospects in areas requiring high reliability and stability, such as high-speed communications, submarine communications, military and defense, and aerospace.

In the field of precision optics, the performance of lenses directly affects the imaging quality and system functionality. Different application scenarios have unique demands for lenses. Our company's lens customization component service is specifically designed to meet these diverse needs. With outstanding assembly capabilities and rigorous inspection capabilities, we create high-precision and high-performance lens products for our customers. In terms of assembly capabilities, we have an experienced and highly skilled professional team. All members have undergone strict training and assessment, and are familiar with the structure and assembly processes of various lenses. Our company is equipped with high-precision fixtures and tools, enabling micron-level precise assembly to ensure the positional accuracy and coaxiality of each lens component. From lens cleaning and coating to barrel assembly and debugging, every step is strictly controlled, and standardized operation procedures are adopted to effectively reduce human errors. For complex custom lenses, we also have the ability to assemble multiple components in coordination. Whether it's infrared lenses, microscopic lenses, or industrial camera lenses, we can accurately complete the assembly tasks and ensure the stability and consistency of the overall lens performance. Inspection capabilities are a key link in ensuring product quality. Our company has established a complete optical inspection laboratory, equipped with advanced inspection equipment from both domestic and international sources, such as high-precision collimators, interferometers, and focal length measurement instruments. After the lens customization components are assembled, we conduct comprehensive inspections, covering optical parameter testing (focal length, distortion, aberration, etc.), mechanical performance testing (dimensional accuracy, surface roughness, assembly firmness, etc.), and environmental adaptability testing (high and low temperatures, humidity, vibration, etc.). Through strict data collection and analysis, we precisely evaluate the performance indicators of the lenses. Only products that fully meet the customer's customization requirements are delivered. Choosing our lens customization component service means choosing professionalism, reliability, and high quality. Backed by our strong assembly and inspection capabilities, we provide a comprehensive, one-stop solution for your optical application needs, helping you stand out in the market competition.