"0 01mm aluminum etching"
カスタム精密金属エッチング加工 精密金属部品 超薄型金属シム
Custom precise metal component via metal etching processing We specialize in precision metal etching processing, offering clients one - stop customized services that cover etching processing, stamping procesing and surface treatment etc. from prototype to mass production. Leveraging advanced Photochemical Metal Etching technology, we can achieve micron - level tolerance control. This enables our services to be widely applied in high - precision fields such as electronics,
カスタム化工的にエッチされたスクリーン 0.5mm から 1.0mm ステンレス鋼自動車スピーカーカバー
Custom Chemically Etched Screens 0.5mm to 1.0mm Stainless Steel Automotive Speaker Covers Our custom chemically etched screens and stainless steel automotive speaker covers are engineered for premium vehicle interiors requiring exceptional sound clarity, durability, and high-end aesthetics. Using advanced chemical etching technology , we achieve micro-precision patterns, smooth edges, and stress-free cut profiles that stamped or laser-cut parts cannot match. Designed for
光沢仕上げのフォトエッチングステンレススピーカグリル用高速試作サービス
Fast Prototype Service for Photo Etched Stainless Steel Speaker Grilles with High Gloss We specialize in fast prototype manufacturing of photo etched stainless steel speaker grilles , designed for automotive interiors that demand premium sound performance and a high-gloss decorative finish. Using advanced photo chemical etching, we produce ultra-precise grille patterns, smooth burr-free edges, and visually striking surface effects that are ideal for luxury vehicles, EV
カスタムステンレススチール製カー・スピーカーグリル用プロフェッショナル金属エッチングサービス
Professional Metal Etching Service for Custom Stainless Steel Car Speaker Grills We provide rapid prototyping services for photo-etched stainless steel speaker grilles, engineered specifically for automotive interiors that require superior acoustic performance and a premium, high-gloss aesthetic. Through our advanced photochemical etching technology, we deliver highly accurate grille patterns, clean burr-free edges, and refined visual finishes—perfect for luxury cars, EV
OEM カスタム化学エッチング ステンレス鋼自動車スピーカー グリル メーカー
OEM Custom Chemical Etching Stainless Steel Automotive Speaker Grills Manufacturer Etched Stainless Steel Automotive Speaker Grills Our automotive speaker grills are produced by precision chemical etching technology , ensuring high accuracy, smooth edges, and a perfect surface finish. The chemically etched stainless steel speaker grills are widely used in car audio systems to protect the speakers while maintaining superior sound transmission and aesthetic appeal. We offer OEM
カスタム フォト エッチド メッシュ SUS304 SUS316 SUS430 自動車スピーカーグリル カーオーディオ
Custom Photo Etched Mesh SUS304 SUS316 SUS430 Automotive Speaker Grill for Car Audio We specialize in fast prototype manufacturing of photo etched stainless steel speaker grilles , designed for automotive interiors that demand premium sound performance and a high-gloss decorative finish. Using advanced photo chemical etching, we produce ultra-precise grille patterns, smooth burr-free edges, and visually striking surface effects that are ideal for luxury vehicles, EV interiors
研究室、製薬会社、コーヒーマシン、HVAC向けの高流量超微細設計のカスタムエッチングフィルターメッシュ
Custom Etched Filter Mesh with High-Flow, Ultra-Fine Design for Lab, Pharma, Coffee Machine & HVAC Product Overview Xinhaisen specializes in the design and manufacturing of high-precision metal filter meshes through advanced chemical etching technology. Our filter meshes are engineered to deliver exceptional performance in filtration, screening, and fluid management applications across a diverse range of industries. Ideal for demanding environments, they offer reliable
Stainless Steel Tea Infuser for Glass Teapot – Precision Chemical Etching Mesh Filter
Custom Stainless Steel Razor Blades by Precision Chemical Etching with ±0.01mm Tolerance Xinhaisen Technology specializes in precision chemical etching for ultra-fine metal components. Our stainless steel razor blades are one of many precision parts produced through our advanced photo chemical machining (PCM) process. This non-mechanical process ensures burr-free edges, stress-free surfaces, and exceptional dimensional accuracy — ideal for high-quality shaving and cutting
機械用エッチド・ステンレス・スティール・シーム
Product Description Product Overview We are a professional manufacturer of precision chemical etching metal shims using advanced photo-chemical etching / chemical milling technology. Our etched metal shims feature ultra-thin thickness, high precision, burr-free, stress-free, excellent flatness and stable performance. They are widely used for gap adjustment, precision positioning, sealing, spacing and assembly compensation in precision industries. Key Features · High precision
フォトエッチングガスケット & 金属スペーサー 大量生産 & 短納期
Photochemical Machined Gaskets & Metal Spacers with High Volume Production & Fast Delivery Metal Shims Overview Our metal gaskets are precision-etched parts designed for superior sealing and performance in demanding applications. Manufactured using advanced chemical etching technology, they ensure high accuracy, consistency, and reliability across various industries. Manufacturing Process We specialize in precision chemical etching, enabling us to produce complex gasket
高度熱管理ソリューションのための精密エッチド蒸気室
Precision Etched Vapor Chambers for Advanced Thermal Management Solutions Vapor Chamber Overview Vapor Chambers are advanced two-phase heat transfer devices designed for efficient thermal management in high-power and space-constrained applications. They provide superior heat dissipation through phase-change principles, making them essential in modern electronics thermal design. Manufacturing Process Material Selection : High-conductivity metals such as copper or aluminum.
燃料電池エネルギー産業用金属双極板の化学エッチング
Chemical Etching Metallic Bipolar Plates for Fuel Cell Energy Industry Bipolar Plates Overview Xinhaisen Technology is a leading manufacturer of precision-etched bipolar plates for PEM fuel cells, redox flow batteries, and other electrochemical applications. Our advanced chemical etching technology enables mass production of complex flow field patterns with micron-level accuracy, offering superior performance and cost advantages over traditional manufacturing methods. Bipolar
