Win Win Precision Technology Co., Ltd.

At a glance

Company profile

Win Win Precision Technology Co., Ltd. operates across semiconductor components and Green Energy solutions, with activities covering sales, manufacturing, maintenance, research and development and after-service support. Its Semiconductor Division focuses on consumable and key-component services, combining manufacturing, R&D, maintenance and after-service with product and technology development intended to improve quality and process efficiency. The company states that parts it has supplied span multiple generations of technology and have contributed to improved customer processes and efficiencies. Its precision-machining operations have accumulated nearly 20 years of experience, while many engineers in the factory are described as having more than 20 years of industry experience; the company also trains internal talent, exchanges knowledge with industry, government and academia, and invests in new production equipment each year. The company states that it has passed ISO certification and uses quality-control inspection and testing from design for manufacturability through manufacturing and final inspection for ion-implanter components and other products. WINAICO, the German solar-energy brand under the Green Energy Division, operates marketing channels in more than 40 countries and serves more than 2,100 Green Energy partners. The Green Energy business develops industrial micro-grid solutions that combine renewable energy, energy storage and energy-management systems for one-stop customer solutions, intelligent management, power resilience and corporate net-zero carbon-reduction goals. Across these businesses, Win Win Precision Technology Co., Ltd. describes research, innovation, continuous improvement, rapid customer response and worldwide semiconductor and Green Energy manufacturing customers as central to its service approach.

Exhibits

For customers in initial production and rapid yield-ramp stages, Win Win Precision Technology Co., Ltd. works with them to study process bottlenecks, respond closely and provide solutions aimed at improving machine yield. During mass production, the company supplies cost-effective consumables intended to extend consumable service life, improve machine availability and reduce engineers' maintenance burden. Its Beamline graphite 90deg assembly increases thickness toward the inner side and fills the joints of each assembly to create a seamless 90deg connection, with the stated goals of extending the use cycle and reducing chamber contamination caused by ions penetrating gaps. Customers can also select different engraved patterns on the graphite surface to alter surface roughness, address deposited-material fall-off and improve particle performance. The company states that products have passed verification by customers with high industry standards, while a professional team provides rapid support and accumulated know-how is used to refine and optimize materials and parts for cost-effectiveness. For ion implanters, the company specializes in manufacturing and R&D of components and supplies consumable parts for major equipment brands using precise processing and high-standard quality-inspection procedures. Its own factories produce semiconductor consumables in graphite-related materials, multiple metals and insulating materials, with processing and quality systems adapted to the characteristics of the respective materials. Named ion-implanter component types include Insulator, Electrode insulator, PFG insulator, Aperture, Electrode ground, Detector cartridge, Roplat, Cathode, Repeller, Aperture slit, Filament, Clamp and Electrode. For APPLIED equipment, the listed consumable coverage includes VIISta 80, VIISta HP, VIISta HC, VIISta HCS, VIISta HCP, VIISta Trident, Trident XP, VIISta 810 Series, VIISta 900 Series, VIISta 3000, VIISion Series, E220, E500, XR80 9500, Quantum, Leap, Quantum I/II/III, Quantum X/xR, PLAD, E1000 and Kestrel. For AXCELIS equipment, the listed models are Pruion H, GSD HE, VHE, HE3, GSD 200, OHD, GSD200E/III, GSD LE III, NV 6200, NV 8200 and NV 8250. For NISSIN, the listed models are EXCEED2000AH, EXCEED2300AV, EXCEED3000AH, EXCEED9600A, ID6700, G6 and EVO; for SUMITOMO they are MC3 Series, LEX Series, SHX, Saion and Ultra; for AIBT they are iPulsar and iPulsar Plus. Assembly-development services extend beyond single parts to machine assemblies, with complete development support covering production and manufacturing, component-improvement plans and diversified assembly-development and design options. Named assembly examples include Source Head, Extraction Electrode and Setup Cup assembly. Material capabilities cover graphite, refractory metals, ceramics and engineering plastics used in semiconductor and optoelectronic-panel industries, with high-purity processing parts, standard machine products, customized products and technical services for high-end process requirements. The company works with customers on new alternative-material applications as semiconductor processes become finer, studying materials with greater impact and wear resistance under ion beams to reduce particle release into the chamber and lower the possibility of particles reaching wafers. Listed metals are Tungsten, Molybdenum, TZM, Tantalum, WLa, Silver, Stainless Steel, Copper and Aluminum; graphite materials include Graphite, Impregnated Graphite and Glassy-Coating Graphite; insulating materials include Ceramic, Boron Nitride and Plastic. CNC precision manufacturing includes precision milling and turning with digital-control equipment for customer-specific parts, supported by diversified machining and manufacturing capabilities. The company precision-machines graphite, metals and insulating materials for both small-volume high-mix and mass-production needs, with expertise in quality-control process design, precision tolerances and jigs. Its production flow uses strict manufacturing techniques, quality-control inspection and testing, and can support development and design through processing according to customer requirements. Advanced precision-processing equipment and software are used to address strict quality standards, short lead times, cost control and technical service, with ISO-certified work spanning manufacturability design, manufacturing, final inspection and testing. Core technical capabilities listed for the manufacturing operation include product development, process planning, customized innovative design, precision processing, surface treatment and special-purpose machines. The same capability list includes advanced semiconductor cleaning technology, heat-treatment cleaning technology, inspection, packing and shipping, optical measurement, vacuum leak detection and clean-room packaging, all integrated into one-stop manufacturing with process control and precision-machining monitoring. For high-standard cleaning of processed high-purity graphite, the company addresses easily detached graphite powder from the layered structure by using mechanical and chemical expertise to develop a high-standard clean-surface technology for ion-implanter applications where carbon-particle contamination of wafers is a concern. For processed high-purity refractory metals, it addresses residual contamination associated with cutting fluids by applying a high-standard surface-cleaning technology intended to provide a clean surface whose purity is not lower than that of the material. Semiconductor-component refurbishment covers multiple models and uses controlled procedures from receipt and anomaly inspection through repair, shipment inspection and testing, with records and test-platform verification for schedule management, quality assurance and anomaly traceability. Listed 12-inch refurbishment examples include Varian HCS/Trident Resolving Assy, Varian Trident EPM, Varian HCS/Trident Manipulator, Varian 900XP ACC Tube and NISSIN EX2300/3000 ACC Tube. Listed 8-inch refurbishment examples include Varian E220/E500 Manipulator, Varian E220/E500 TVL Faraday, Varian E220/E500 Roplat Assy, Varian E220/E500 Tilter Head Assy and Varian Vision 80/200 Manipulator. Ion-implanter component-upgrade services combine maintenance and R&D teams with material selection and mechanical-structure improvement to improve component functions, extend service life and reduce engineers' PM time. For CVD machines, the company lists Carrier Ring, Moer Finger, Robot Paddle, Spider Fork and EPD Window, noting that wafer-end CVD parts require very tight control of flatness, surface roughness and tolerance. Its customer-service model also includes dedicated one-stop team service, advanced production management for delivery requirements and product-verification procedures intended to meet customer verification needs and support mass production. R&D and quality capabilities include high-standard product design, material characterization and cost analysis, customized yield and production-capacity improvement solutions, comprehensive quality management, supplier quality-process assistance and traceable manufacturing records. Refined cost control and a customer-company win-win model are also listed as parts of the operating framework for meeting customer demands.

Capabilities and products

• ion implanter insulator manufacturing for electrodes and PFG
• ion implanter aperture and slit part manufacturing
• ion implanter ground electrode manufacturing
• ion implanter detector cartridge manufacturing
• ion implanter Roplat component manufacturing
• ion implanter cathode manufacturing
• ion implanter repeller electrode manufacturing
• ion implanter filament manufacturing
• ion implanter clamp manufacturing
• CVD equipment carrier rings
• finger components for CVD equipment
• robot paddles for CVD equipment
• Spider Fork handling forks for CVD equipment
• EPD windows for CVD equipment
• ion source head assembly development and manufacturing
• extraction electrode assembly development and manufacturing
• Setup Cup assembly development and manufacturing
• precision machining of tungsten parts
• precision machining of molybdenum parts
• precision machining of TZM parts
• precision machining of tantalum parts
• precision machining of WLa parts
• precision machining of silver parts
• precision machining of stainless steel parts
• precision machining of copper parts
• precision machining of aluminum parts
• precision machining of graphite parts
• precision machining of impregnated graphite parts
• precision machining of glassy-coated graphite parts
• precision machining of ceramic parts
• precision machining of boron nitride parts
• precision machining of engineering plastic parts
• precision CNC milling
• precision CNC turning
• heat-treatment cleaning of semiconductor parts
• optical measurement of parts
• vacuum leak testing of parts
• cleanroom packaging of parts
• surface cleaning of high-purity graphite
• surface cleaning of high-purity refractory metals
• repair and refurbishment of components for 8/12-inch ion implanters
• material and mechanical-structure upgrades for ion implanter components
• alternative-material application R&D for semiconductor consumables
• component product development and process planning
• component surface treatment
• special-purpose machines
• process bottleneck analysis and improvement solutions
• industrial microgrid integration with renewable energy, energy storage, and energy management

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