Other Welding & Soldering Equipment

Equipment Functions: This Laser wafer marking equipment utilizes high- precision UV laser cold processing technology, specifically designed for efficient marking of semiconductor wafers. Equipped with an intelligent vision positioning and automated control system, it can permanently and precisely mark various wafers, including silicon, SiC, and GaN, with features such as QR codes, serial numbers, wafer IDs, and anti-counterfeiting markings. The markings are highly clear, easily recognizable, and durable. The processing is free from mechanical stress, thermal damage, and contamination, ensuring wafer integrity and device performance, meeting the traceability requirements of automotive-grade, high-reliability chips. The equipment operates stably and is highly adaptable, seamlessly integrating with automated production lines to provideefficient, precise, and reliable marking solutions for semiconductor manufacturing.

Equipment Function: This PCB laser cutting equipment utilizes a high-energy laser beam for precision cutting, depaneling, drilling, and window opening of printed circuit boards (PCB) and flexible printed circuits (FPC). It enables stress-free, burr-free, and high-precision circuit board separation and micro- pattern processing. As a high-precision cold processing system, it is especially suitable for complex, miniature, and highly integrated circuit boards that are difficult to process using traditional mechanical methods such as milling cutters or stamping dies. Wide Application Areas: Primarily used for printed circuit boards (PCB) and flexible printed circuits (FPC).

Perovskite P4 laser edge cleaning equipment is specially designed for precision trimming of perovskite solar cell edges. It uses high-energy pulsed laser technology and galvanometer field mirror scanning system to accurately remove battery edge burrs, residual film and conductive layer redundancy, ensure the edge is flat and defect-free, and eliminate leakage hazards. Through non- contact processing and micron-level positioning (accuracy ≤30μm), substrate damage is avoided and the stability of the battery structure is maintained. Integrated intelligent visual positioning and real-time closed-loop control, adapted to high-speed processing of glass/flexible substrates, synchronously optimize edge passivation effects, significantly improve component weather resistance and photoelectric conversion efficiency, help mass production yield break through 95%+, and enable large-scale production of high-efficiency batteries.

The perovskite laser P1-P3 scribing machine is a high-precision laser processing equipment designed specifically for perovskite solar cell production lines. Precision P1–P3 laser scribing enables accurate cell isolation and reliable series interconnection for high-efficiency module fabrication.The use of a highly stable short-pulse laser source and an advanced optical system can accurately control the scribing depth (micrometer level) and scribe widths (≤20μm), minimizing thermal damage to the perovskite active layer and enhancing overall power conversion efficiency.The equipment is equipped with intelligent visual positioning and automated control technologies, supports compatible processing of flexible substrates and glass substrates, and has high-speed scribing (≥1m/s), modular design, and cloud-based management of process parameters, helping to improve the yield of perovskite battery mass production and reduce costs and increase efficiency.

The automatic edge cleaning machine for laminated silicon wafers is equipped with a high-speed galvanometer optical system to remove the excess film layer around the coated silicon wafer. The rotating processing platform and visual alignment systems effectively ensure the equipment beat and accuracy. The automatic loading and unloading structure meets the needs of online mass production

Perovskite P4 laser edge cleaning equipment is specially designed for precision trimming of perovskite solar cell edges. It uses high-energy pulsed laser technology and galvanometer field mirror scanning system to accurately remove battery edge burrs, residual film and conductive layer redundancy, ensure the edge is flat and defect-free, and eliminate leakage hazards. Through non- contact processing and micron-level positioning (accuracy ≤30μm), substrate damage is avoided and the stability of the battery structure is maintained. Integrated intelligent visual positioning and real-time closed-loop control, adapted to high-speed processing of glass/flexible substrates, synchronously optimize edge passivation effects, significantly improve component weather resistance and photoelectric conversion efficiency, help mass production yield break through 95%+, and enable large-scale production of high-efficiency batteries.

Thin-film solar module laser scribing experimental system PLS Series 1. High-precision processing: micron-level scribing accuracy (line width ≤ 20μm) ensures efficient segmentation and series connection of battery cells and improves photoelectric conversion efficiency. 2. Non-destructive process: short-pulse laser technology accurately controls the heat-affected zone to avoid damage to the perovskite active layer and ensure battery performance.

Perovskite Solar Cell Industry/3C Industry Film cutting machine is an advanced industrial device designed to precisely cut various thin-film materials, such as optical films, flexible PCBs, cleanroom materials, and adhesive layers. These machines ensure clean, burr-free edges with high repeatability, improving production efficiency and product quality.

Laser Scribing Machine A laser scribing machine is a high-precision, non-contact laser processing system used to cut, isolate, or pattern thin-film materials—especially in perovskite solar cells and flexible electronics. As a core component of an advanced laser patterning system, it enables accurate execution of P1, P2, and P3 scribing steps, critical for cell efficiency and module integrity. Our laser scribing solutions—also referred to as laser scribe machines—feature micron- level accuracy, automated alignment, and multi-wavelength laser compatibility, making them ideal for high-speed, low-damage processing in both R&D and industrial-scale production environments.

Gantry FSW Machine is a heavy-duty, high-precision friction stir welding system designed for large-scale industrial applications. Featuring a robust gantry structure, it delivers superior stability and welding force for joining aluminum, copper, magnesium, and other non-ferrous alloys. Unlike traditional welding, FSW produces defect-free, high-strength welds without melting the base material, making it ideal for critical structural components.

ROBOTIC FRICTION STIR WELDING Robotic Friction Stir Welding (RFSW) is an advanced solid-state joining technology that integrates friction stir welding (FSW) with a multi-axis robotic arm. Instead of melting the materials, RFSW uses a rotating tool to generate frictional heat and plastic deformation, creating high-strength joints between metals—especially aluminum, magnesium, and copper alloys. Product Advantages Precision, Efficiency, Intelligence Engineered for Unmatched Performance in Advanced Metal Joining

FRICTION STIR WELDING (FSW) TOOLS Friction stir welding tool is a critical component in the FSW process. It consists of a rotating shoulder and pin (probe) that generates frictional heat, softens the base material, and mechanically stirs it to form a solid-state joint. Unlike conventional welding consumables, FSW tools do not melt or deposit material. Instead, they facilitate precise plastic deformation and forge a high- integrity bond between workpieces without filler metals or shielding gases.

FRICTION STIR WELDING(FSW) PRODUCTS FSW Welded Parts are components or assemblies created using friction stir welding. Unlike conventional fusion welding, FSW joins materials without melting, which eliminates issues like porosity, cracking, and distortion. The result is a seamless, high-integrity joint with superior mechanical performance. These parts are widely used in industries that demand high reliability, lightweight structures, and corrosion resistance.

FRICTION STIR WELDING (FSW) MACHINES Friction Stir Welding Machine (FSW Machine) is a state-of-the-art solid-state joining technology widely adopted in aerospace, rail transit, automotive, shipbuilding, and energy industries. Unlike traditional fusion welding, FSW does not involve melting. Instead, it uses a non-consumable rotating tool to generate frictional heat and plastic deformation at the joint, resulting in superior weld quality, minimal distortion, and excellent mechanical properties.