"custom precision parts"
複雑なマイクロエッチングを施した燃料電池および熱交換器用精密エッチング金属フロープレート
Precision Etched Metal Flow Plates for Fuel Cells & Heat Exchangers with Complex Micro Etching Flow Plates Overview Xinhaisen Technology is a leading manufacturer of high-precision etched flow plates used in injection molding, die casting, and industrial fluid distribution systems. Our chemically etched flow plates ensure ultra-smooth material flow, minimal pressure loss, and extended tooling life compared to conventional machined alternatives. Manufacturing Process Our
精密化学エッチング マイクロホールスピーカーカバー オーダーメイド
Precision Chemical Etching Micro Hole Speaker Covers Customized Speaker Covers Overview Xinhaisen specializes in the design and manufacture of high-precision, chemically-etched metal speaker covers, grilles, and acoustic meshes. These critical parts are engineered for premium audio performance, providing optimal sound transmission, reliable physical protection, and elegant aesthetic design. Our speaker covers deliver the perfect balance of acoustic transparency, durability,
0.02mmから1.5mm厚までの化学エッチングニッケル部品
Chemically Etched Burr-free Precision Nickel Parts From 0.02mm to 1.5mm Thickness Chemically etched nickel components utilize precision etching technology to produce ultra-thin, lightweight parts with complex patterns for filters, meshes, and connectors. Offering exceptional durability, conductivity, and corrosion resistance, these high-accuracy components serve critical applications in aerospace, electronics, medical devices, and industry equipments. Specifications of
医療、光学、航空宇宙用途向けのカスタマイズ可能な金属エッチングリードフレーム
Customizable Metal Etching Lead Frames for Medical, Optical and Aerospace Applications Lead Frame Overview A lead frame is the critical internal metal structure within a semiconductor package. It provides the mechanical support for the chip (die) and creates the electrical pathways connecting the die to the external circuit board. Our precision etching technology allows us to manufacture high-quality, reliable lead frames for various semiconductor and microelectronic
異なる用途のための0.1mm304ステンレス鋼
Precision Photo Etched Metal 0.1mm 304 Stainless Steel Mesh Filters and Screens for Filtration Xinhaisen manufacture photo etched components from various metals suitable for Aerospace, Filtration, Automotive, Precision Engineering, and many other industries. Our core competitiveness lies in the precision machining of metal components, such as bipolar plates, meshes, filters & screens, electronic components, and other products with high precision requirements. Types of
光化学加工 高精度 電子冷却のための柔軟な蒸気室
Basic Information of Flexible Vapor Chamber: Photochemical Machining High Precision Flexible Vapor Chamber for Electronic Cooling In today's consumer electronics market, devices must deliver higher performance and greater portability while running increasingly power-intensive applications. This trend is driving growing demand for thinner, more efficient thermal management solutions. To meet these challenges, Xinhaisen employs advanced precision etching technology to develop
化学エッチング 304 Ss オートスピーカーグリルカバー
Chemical Etching 304 Ss Auto Speaker Grill Cover 1. Photo Etched Plate: Photo Etching is also called metal etching, chemical etching, chemical milling, photo etching, chemical etching, photochemical machining, chemical machining. 2. Applicable Scope: etching processing various kinds of metal, metal and alloy and stainless steel plate, strip, applications in various industries: petroleum, chemical, food, pharmaceutical precision filter, filter plate, filter canister, filters,
±0.01mm公差、バリのないエッジの金属シムのケミカルエッチング
Chemical Etching Metal Shims with ±0.01mm Tolerance Burr-Free Edges Metal Shims Overview Xinhaisen Technology specializes in the high-volume manufacturing of precision metal shims through advanced chemical etching. We produce shims with exceptional flatness, consistency, and tight tolerances to meet the critical spacing and insulation needs of various high-tech industries. Our process ensures rapid turnaround without compromising on the superior quality your applications
写真エッチング 0.03MM 精密フィルタリングのための超細のステンレス鋼フィルタースクリーン
Photo Etching 0.03MM Thickness Ultra Fine Stainless Steel Filter Screen For Precison Filtration Our ultra-fine stainless steel filter screens are manufactured using advanced photo chemical etching technology , ensuring exceptional precision, uniformity, and consistency for demanding filtration applications. With a thickness of only 0.03mm , these fine metal meshes provide high flow rates and accurate filtration performance , ideal for microfluidic, medical, and industrial
OEM/ODM メタル・エッチング・レーザー・ブレード&シェーバー・フォイル
OEM/ODM Metal Etching Razor Blades & Shaver Foils with Burr-Free Edge for US Market What is Etching? Etching is a precise manufacturing process that uses chemical solutions to selectively remove material from metal sheets, creating intricate designs, patterns, or features without affecting the material's inherent properties. It allows for high-precision, burr-free production of complex parts with exceptional consistency. Razor Blades Overview Our etched shaving blades
超精密なマイクロ孔孔で高度なエッチされた携帯電話スピーカーメッシュ
Advanced Etched Mobile Phone Speaker Mesh with Ultra-Precision Micro-Perforations Speaker Grills Overview Our Mobile Phone Speaker Mesh is a high-precision, micro-perforated metal component essential for modern mobile devices. Manufactured through advanced chemical etching technology, it protects internal acoustic components (speakers, receivers) from dust and debris while ensuring optimal sound quality, airflow, and aesthetic appeal. Xinhsen specializes in producing these
英国市場向けに,先端金属で刻まれた超薄い刃の刃
Advanced Metal Etched Ultra-Thin Razor Blades with Burr-Free Edge for UK Market Razor Blades Overview Xinhaisen specializes in manufacturing ultra-precise razor blades using advanced chemical etching technology. Our blades are designed for applications that demand exceptional sharpness, consistency, and durability. Through our precision etching process, we can achieve extremely fine edges and uniform geometries, making our razor blades ideal for both consumer and industrial
