-
高精度 ±0.005mm 彫刻された美容針 超鋭いマイクロ彫刻針 美容サロン機器のための医療グレード
High Precision ±0.005mm Etched Beauty Needle Ultra Sharp Micro Etched Needle Medical Grade for Aesthetic Salon Equipment 1. Product SEO Title High Precision Custom Etched Beauty Needle ±0.005mm Tolerance Ultra Fine 0.03mm Micro Needle Medical Grade 316L Stainless Steel Etched Needle for Medical Aesthetics Precision Beauty Device 2. Product Overview High-precision custom etched beauty needle is a high-end customized precision cosmetic component developed for medical aesthetics
-
二極板の製造 二極板の製造&精密版の製造 燃料電池用二極板の金属
Etching Bipolar Plates manufacture Bipolar Plates Manufacture &Precision Etching Metal Bipolar Plates for Fuel Cell 1. Product Overview Our newly launched Etching Bipolar Plates are high-precision metal components specially developed for hydrogen fuel cell and new energy power systems. Adopting advanced photochemical etching technology instead of traditional stamping or laser cutting processes, these bipolar plates feature ultra-smooth channel walls, zero burrs, no mechanical
-
メキシコの高速モーションセンシングと校正のための高度なエッチドエンコーダーディスク
Advanced Etched Encoder Discs for Mexican High-Speed Motion Sensing and Calibration Encoder Discs Overview Encoder discs are high-precision metal discs with extremely fine patterns, used in optical and magnetic encoders to convert rotational position or motion into a digital signal. They are core parts for ensuring accuracy in motion control and measurement systems. Xinhaisen specializes in manufacturing custom metal encoder discs with exceptional precision and repeatability.
-
米航空宇宙,防衛,機器用マイクロエッチドエンコーダーディスク
Micro-Etched Encoder Discs for US Aerospace, Defense & Instrumentation Encoder Discs Overview Xinhaisen produces high-precision, custom encoder discs for optical and magnetic rotary encoders using advanced photochemical etching. Our process manufactures discs with exceptional dimensional accuracy, clean burr-free features, and consistent performance, critical for reliable motion feedback in demanding industrial, automotive, and aerospace applications. Manufacturing Process
-
精密エッチング美針 0.03mm マイクロホール ステンレススチール
Custom Micro Beauty Needles by Precision Chemical Etching Product Description of Custom Etched Micro Beauty Needles At Xinhaisen Technology, we specialize in custom manufacturing of micro beauty needles through precision chemical etching technology. This advanced process enables us to create ultra-fine, burr-free, and consistently accurate microstructures for beauty and skincare applications — including microneedle patches, derma rollers, and cosmetic treatment tools.
-
試作から大量生産までの 化粧品用 超細工化 美容針
Ultra-Fine Etched Beauty Needles for Cosmetic from Prototype to Mass Production Beauty Needles Overview Our precision beauty needles are micro-fine parts manufactured for the aesthetic and medical cosmetics industry. They are designed for applications such as microneedling and mesotherapy, ensuring minimal patient discomfort and maximum procedural effectiveness. Manufacturing Process These needles are produced using advanced chemical etching technology. This process allows
-
美容用タトゥーや皮膚治療用の超薄型エッチング医療グレードの美容針
Ultra-Thin Etched Medical-Grade Beauty Needles for Cosmetic Tattooing and Skin Treatments Beauty Needles Overview Beauty Needles are precision-etched micro-needles designed for advanced aesthetic and dermatological applications. Manufactured by Xinhaisen Technology, these ultra-fine, high-quality metal needles are used in microneedling, mesotherapy, and other minimally invasive skin treatments. Combining exceptional precision with superior durability, Beauty Needles ensure
-
±0.01mmの公差でステンレス鋼製カミソリ刃を化学エッチング
Custom Stainless Steel Razor Blades by Precision Chemical Etching with ±0.01mm Tolerance Razor blades Overview Xinhaisen Technology specializes in precision chemical etching for high-accuracy metal parts. Our razor blades are just one example of the many precision products we produce through our advanced photo chemical machining (PCM) process. With over a decade of expertise, we deliver burr-free, stress-free, and dimensionally stable parts that meet the highest industrial
