简化精密金属蚀刻的采购流程
Chemical etching for thin metal parts with fine features and clean edges.
Non-mechanical process eliminates burrs and material stress.
Capable of producing intricate patterns and small features.
Suitable for stainless steel, copper, and nickel alloys.
No hard tooling required, enabling fast setup and sampling.
Supports both rapid prototyping and repeatable batch production.
高耐蚀镍及镍合金蚀刻加工，适用于高可靠性精密零件
加工工艺:镍 / 镍合金清洗 → 涂布感光膜 → 曝光显影 → 化学蚀刻 → 去膜清洗
公差:一般可控制在 ±0.01～0.03 mm
最大尺寸:单件约 600 × 600 mm（可定制）
交货期:常规 7–15 天，大批量可协商
高弹性磷青铜蚀刻加工，适合精密导电弹片
加工工艺:磷青铜清洗 → 涂布感光膜 → 曝光显影 → 化学蚀刻 → 去膜清洗
公差:一般可控制在 ±0.01～0.03 mm
最大尺寸:单件约 600 × 600 mm（可定制）
交货期:常规 7–15 天，大批量可协商
高精度铜及黄铜蚀刻加工，适合精细导电与装饰件
加工工艺:铜 / 黄铜清洗 → 涂布感光膜 → 曝光显影 → 化学蚀刻 → 去膜清洗
公差:一般可控制在 ±0.01～0.03 mm
最大尺寸:单件约 600 × 600 mm（可定制）
交货期:常规 7–15 天，大批量可协商
高精度不锈钢蚀刻加工，适合精密薄板结构件
加工工艺:不锈钢板清洗 → 涂布感光膜 → 曝光显影 → 化学蚀刻 → 去膜清洗
公差:一般可控制在 ±0.01～0.03 mm
最大尺寸:单件约 600 × 600 mm（可定制）
交货期:常规 7–15 天，大批量可协商
*对于此处未列出的材料，
Reach out to our team to request metal or precision-machined component samples and experience our manufacturing quality firsthand. We’re ready to support your projects with accurate, reliable, and professionally crafted CNC solutions.
| 姓名 | 适用材料 | 颜色 | 可与以下方式结合使用 |
|---|---|---|---|
| 烧结表面 |
不锈钢、合金钢、铜 |
||
| 阳极氧化 |
铝 |
透明色、黑色、灰色、红色、蓝色、金色 | 喷砂、滚筒抛光、化学薄膜处理* |
| 黑氧化物 |
钢，不锈钢 |
黑色的 | 喷砂、滚筒抛光、钝化 |
| 化学镀镍 |
铝、钢、不锈钢 |
— | 喷砂、翻滚 |
| 电解抛光 |
钢，不锈钢 |
— | — |
| 手工抛光 |
丙烯酸纤维 |
— | 提升外观 |
| 喷砂 |
铝、钢、不锈钢、黄铜、青铜、铜 |
— | 除电抛光和粉末涂装外的所有后处理工艺 |
| 镀镍 |
铝、钢、不锈钢 |
— | 喷砂、翻滚 |
| 钝化 |
钢，不锈钢 |
— | 黑氧化、化学镀镍、镀锌、滚筒抛光、喷砂 |
| 粉末涂装服务 |
铝、钢、不锈钢 |
完整的 Pantone 或 RAL 色彩目录 | — |
蚀刻工艺能够为金属零件制作精细的细节、精确的图案和复杂的设计。例如：
Etching is widely applied to produce precise metal circuits, connectors, and shielding components. Fine features allow high-density designs in small footprints. Consistent quality ensures stable electrical performance. Reduced material waste and high repeatability make etching cost-efficient for electronics production.
Etched metal parts are used in instrumentation, control panels, and lightweight structural elements. Precise patterning allows intricate designs without post-machining. Dimensional accuracy ensures reliable assembly and function. Etching supports high-performance aerospace applications where precision and weight savings are critical.
Etched components provide sharp and accurate cutting edges, surgical guides, and custom instruments. Material integrity is preserved, and surface finish supports sterilization. Repeatable production ensures reliable assembly. Etching reduces secondary operations while maintaining high precision.
Printed circuits, sensor components, and heat-dissipating parts benefit from etching processes. High-resolution patterns support advanced automotive electronics. Tight tolerances ensure consistent electrical and mechanical performance. Etched parts enable durable and efficient vehicle systems.
Smartphones, tablets, and wearable devices use etched metal components for connectors, brackets, and shielding. Fine details enable compact designs without sacrificing strength. High repeatability improves assembly yield. Etching also allows for thin, lightweight parts for portable devices.
Etching produces precise control panels, contactors, and terminal plates. Tight tolerances ensure reliable operation under demanding industrial conditions. Reduced machining increases efficiency and lowers cost. High-quality etched components support long-term system stability.
Shielding plates, connectors, and antenna components are made via etching for accuracy and consistency. Repeatable patterns ensure signal integrity. Precise dimensions facilitate easy assembly. Etching supports high-volume production without sacrificing quality.
Etching enables intricate patterns, logos, and surface designs on metal parts. Fine details are reproducible at scale. Consistent etching quality improves aesthetic appeal. This technique allows customization while reducing manual labor and errors.
Etched metal nameplates and labels provide durable, precise markings for industrial and commercial applications. High detail and consistent depth ensure readability and longevity. Etching allows complex designs without secondary machining. This improves brand presentation and product traceability.
Etching is used to create conductive pathways and structural elements in solar panels and energy devices. Fine, precise lines optimize performance and efficiency. Repeatable production ensures high yield. Etched parts contribute to long-term reliability in renewable energy systems.
Etched scales, dials, and calibration parts are used in gauges and metrology equipment. Fine patterning ensures high accuracy. Consistent etching quality supports repeatable measurements. Minimal post-processing improves production efficiency.
Etching is applied for marking, shielding, and precision components in defense equipment. Tight tolerances ensure reliability in extreme conditions. High repeatability supports scalable production. Etched parts provide durability and precision in critical applications.
Etching produces high-density printed circuit boards for computers, sensors, and IoT devices. Fine traces support complex electrical connections. Dimensional stability ensures reliable function. This enables advanced electronic product manufacturing at scale.
Etched designs enhance metal panels used in interiors and facades. Fine, precise patterns add aesthetic appeal. Consistent depth and quality allow large-scale production. Etching reduces post-processing and labor costs.
Etching creates precise guides, spacers, and contact parts for automated machinery. Tight tolerances reduce assembly errors. High repeatability ensures stable long-term performance. Etched parts support smooth operation and reduce maintenance in automated systems.
CNC加工零件每次都完全符合我们的规格要求。自从与他们合作以来，装配错误率大幅下降。
他们的加工质量非常出色，公差控制也始终非常严格。我们的设备可靠性得到了显著提高。
零部件按时到货，随时可以安装。与他们的合作简化了我们的生产流程。
精度和一致性都非常出色。我们不再需要花费额外的时间进行返工或检验。
他们能够完美处理复杂几何形状。他们的数控加工服务降低了零件故障率，提高了整体产品质量。
加工表面始终干净整洁、精度高。将他们的零件集成到我们的组件中也十分顺畅。
他们的团队能够快速响应设计变更和特殊要求，这大大简化了我们的项目交付流程。
他们提供的高重复性和高精度使他们成为我们首选的数控合作伙伴。因零件问题导致的停机时间已大幅减少。
一种无需机械应力即可制造精确图案的化学工艺。
不锈钢、铜、黄铜、铝和镍合金。
是的，它非常适合用于薄而易碎的元件。
蚀刻工艺可以实现非常精细的细节刻画和严格的特征控制。
是的，高度复杂精细的设计是可能的。
过程中不会引入机械应力。
是的，包括钝化和涂层。
电子、医疗、航空航天和精密仪器。
是的，它通常与冲压或成型工艺结合使用。
是的，它既支持原型制作，也支持批量生产。
如需了解更多关于我们的数控加工服务和定制金属部件的信息，请联系我们。
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Jie Chen
采购员