-
金属化学エッチング 高精度 0.03mm から 1.0mm オプティカルエンコーダーディスク
Metal Chemical Etching High Precision 0.03mm to 1.0mm Optical Encoder Disc Xinhaisen provides metal chemical etching solutions for producing optical encoder disc , delivering faster turnaround, greater design flexibility, and more cost-efficient results compared to conventional perforation methods. Nowadays, the optical encoders applicate in many industries, for examples: Industrial Automation – Position and speed feedback for motors, conveyors, and robotic arms. CNC Machines
-
高級車内装用エッチングメタルSUS304自動車用スピーカーグリル
Photo Etched Metal SUS 304 Automotive Speaker Grill for Luxury Car Interiors Automotive Speaker Grill Solution We manufacture photo etched metal SUS 304 automotive speaker grilles specifically designed for luxury and premium vehicle interiors. By adopting advanced photo chemical etching (PCE) technology, we achieve ultra-fine perforation patterns, burr-free edges, and exceptional dimensional consistency—perfectly balancing high-end aesthetics and superior acoustic performance
-
カスタムステンレス鋼304の化学エッチングプロセス
Photo Chemical Etching Process For Custom Stainless Steel 304 Replacement Blades For Shaving Razor Xinhaisen Technology specializes in photo chemical etching for manufacturing precision stainless steel razor blades, especially ultra-thin 304 replacement blades used in high-performance shaving razors. Through our advanced photochemical machining (PCM) process, we are able to produce extremely sharp, burr-free, and dimensionally stable micro-metal components that traditional
-
写真 化学 刻印 刃 刃 刃 刃 刃 刃 刃 刃 刃 刃 刃 刃 刃 刃 刃 刃
Photo Chemical Etched Burr-free Ultra Sharp Stainless Steel 304 Blades for Shaving Razor Photo chemical etching is one of the most advanced and reliable manufacturing methods for producing ultra-thin, ultra-sharp, and burr-free stainless steel razor blades . Unlike stamping or laser cutting, chemical etching removes metal through a controlled chemical reaction instead of mechanical force or heat. This ensures the blade surface remains perfectly flat, the edges remain
-
カスタム化学エッチング 高品質のステンレス鋼のダブルエッジ剃刀の交換刃
Custom Chemical Etching High Quality Stainless Steel Double Edge Razor Replacement Blades Precision Manufacturing with Chemical Etching Our stainless steel double edge razor replacement blades are manufactured using advanced custom chemical etching, a highly controlled subtractive process that delivers exceptional edge quality, fine geometry definition, and consistent dimensional accuracy. Compared to mechanical stamping or laser cutting, chemical etching introduces zero
-
精密写真化学エッチングステンレス鋼ダブルエッジバリフリーシェービングかみそりの刃
Precision Photo Chemical Etching Stainless Steel Double Edge Burr-Free Shaving Razor Blade Our stainless steel double edge shaving razor blades are manufactured using advanced precision photo chemical etching technology , delivering exceptional sharpness, consistency, and surface quality. This non-contact, stress-free process allows us to produce ultra-thin razor blades with perfectly defined edges—ideal for high-performance shaving applications where comfort and durability
-
高度な写真化学エッチング技術を備えたカスタムエッチングされた超薄型ステンレス鋼のかみそりの刃
Custom Etched Ultra Thin Stainless Steel Razor Blades With Advanced Photo Chemical Etching Tech Advanced Photo Chemical Etching for Ultra-Thin Razor Blades Our ultra thin stainless steel razor blades are manufactured using advanced photo chemical etching technology , a high-precision subtractive micro-fabrication process that enables clean edge profiles, ultra-fine features, and consistent geometry—without applying mechanical force. This cutting-edge etching method dissolves
-
精密化学エッチング超シャープネスステンレス鋼エッチングシェービングカミソリ刃
Precision Chemical Etching Ultra Sharpness Stainless Steel Etched Shaving Razor Blade Advanced Precision Chemical Etching for Shaving Razor Blades Our Precision Chemical Etched Stainless Steel Shaving Razor Blades are manufactured using advanced photo chemical etching (PCE) technology to achieve ultra-sharp edges, burr-free profiles, and consistent geometry . This process is ideal for producing high-performance razor blades where sharpness, edge quality, and dimensional
