压铸服务
用于可扩展生产的一致性金属部件
- 服务我们提供从模具设计到批量生产的全程支持，并进行清晰的项目管理。
- 质量稳定，压铸工艺确保大批量产品表面光洁度和机械性能的一致性。
- 精密压铸技术能够以极佳的重复性精确复制复杂的几何形状。
- 速度：高效的模具和自动化生产可实现快速的周期和可靠的准时交付。
简化采购流程，实现可扩展的金属生产
High-efficiency die casting for complex metal components with excellent repeatability.
Produces thin-wall and high-detail parts with stable quality.
Integrated mold design and tooling development for optimized production.
Supports common die casting alloys for various industrial uses.
Ideal for medium to large production runs with consistent output.
Includes CNC machining, surface treatment, and assembly.
高精度锌合金压铸件，适合复杂结构与精密零部件
加工工艺:锌合金熔炼 → 高压压铸成型 → 去毛刺 → 表面处理
公差:一般可控制在 ±0.02～0.05 mm
最大尺寸:单件约 300 × 300 × 150 mm（可定制）
交货期:常规 15–25 天，大批量可协商
轻量高强镁合金压铸件，适用于高端结构应用
加工工艺:镁合金熔炼 → 高压压铸成型 → 去毛刺 → 表面处理
公差:一般可控制在 ±0.05～0.10 mm
最大尺寸:单件约 600 × 600 × 300 mm（可定制）
交货期:常规 20–30 天，大批量可协商
重量轻、耐腐蚀、强度重量比高。用于制造复杂的薄壁汽车部件、飞机部件和电子产品。
加工工艺:铝合金熔炼 → 高压压铸成型 → 去毛刺 → 精加工 / 表面处理
公差:一般可控制在 ±0.05～0.10 mm
最大尺寸:单件约 600 × 600 × 300 mm（可定制）
交货期:常规 20–30 天（含模具），批量可协商
耐高温，不易因高温循环而开裂。易于加工和抛光。适用于精细部件的欧洲钢材等级。
加工工艺:1.2344 合金粉末配比 → 压制成型 → 高温烧结 → 淬火 + 回火 → 精整
公差:一般可控制在 ±0.03～0.05 mm
最大尺寸:单件约 300 × 300 × 120 mm（可定制）
交货期:常规 20–30 天，大批量可协商
耐热性佳，比H13钢更坚韧，导热性更佳，使用寿命更长，适用于重型铸造作业。
加工工艺:8407 合金粉末配比 → 压制成型 → 高温烧结 → 淬火 + 回火 → 精整
公差:一般可控制在 ±0.03～0.05 mm
最大尺寸:单件约 300 × 300 × 120 mm（可定制）
交货期:常规 20–30 天，大批量可协商
耐高温，坚韧抗裂，高温下依然坚硬。适用于铝镁合金铸造。
加工工艺:H13 合金粉末配比 → 压制成型 → 高温烧结 → 淬火 + 回火 → 精整
公差:一般可控制在 ±0.03～0.05 mm
最大尺寸:单件约 300 × 300 × 120 mm（可定制）
交货期:常规 20–30 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 |
|---|---|---|---|
| 化学薄膜 |
铝 |
透明金 | 喷砂、滚筒抛光、阳极氧化 |
| 阳极氧化 |
铝 |
透明色、黑色、灰色、红色、蓝色、金色 | 喷砂、翻滚 |
| 黑氧化物 |
钢，不锈钢 |
黑色的 | 喷砂、翻滚 |
| 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 | — |
压铸技术能够生产用于工业和消费品领域的高精度、大批量金属零件。例如：
Die casting is extensively used to produce engine blocks, housings, and structural brackets for vehicles. The process allows complex shapes to be formed with minimal machining. High dimensional accuracy ensures proper assembly and mechanical performance. Consistent material properties improve durability under thermal and mechanical stresses in automotive environments.
Housing components, heat sinks, and connectors are commonly manufactured with die casting. Thin walls and precise features enable compact product designs without compromising strength. Tight tolerances reduce post-processing requirements and improve assembly efficiency. This supports high-quality, reliable electronics at scale.
Die cast parts such as gears, levers, and enclosures provide stability and precision for heavy-duty machinery. High-volume production ensures uniformity across components. Reduced machining needs shorten lead times and cost. This contributes to improved operational reliability and reduced maintenance in industrial systems.
Die casting supports small, lightweight components that require tight tolerances and high strength-to-weight ratios. Consistent material density helps maintain mechanical performance under stress. Complex geometries can be produced without extensive post-processing. This ensures safety, reliability, and efficiency in aerospace applications.
Die cast enclosures and connectors are used in telecom devices for mechanical protection and signal integrity. Accurate dimensions improve assembly quality and system stability. High repeatability supports large-scale deployments. Durable material properties extend the service life of network equipment.
Die casting produces precise housings, brackets, and functional components for medical devices. Excellent surface finish allows for sterilization and hygiene compliance. Reduced dimensional variation improves assembly accuracy. This ensures safe, reliable, and consistent performance in medical applications.
Motor housings, gear covers, and structural parts benefit from die casting’s strength and precision. Consistent dimensions reduce vibration and noise during operation. High repeatability enables efficient large-scale production. This results in robust, reliable power tools suitable for demanding work environments.
Die casting provides lightweight and strong components for robotic arms, joints, and mounting brackets. Complex shapes are achieved with minimal machining. Tight tolerances ensure smooth motion and accurate positioning. This supports stable and repeatable robotic operations in automated production lines.
Die casting is used for durable metal parts in appliances such as washing machines, air conditioners, and kitchen equipment. Consistent quality ensures reliable assembly and operation. Reduced post-processing shortens production cycles. This enhances the product lifespan and performance for end-users.
Die casting enables production of heat-dissipating housings for LED lights and high-performance fixtures. Precise dimensions support proper fitting and assembly. Smooth surfaces reduce finishing requirements. This ensures reliable operation and aesthetic appeal in commercial and residential lighting.
Die cast enclosures for sensors, locks, and control units combine compactness and durability. Consistent quality ensures long-term performance and reliability. Minimal post-processing reduces manufacturing costs. This enables efficient production of high-quality smart devices for mass markets.
Complex lock bodies, levers, and mechanical parts can be produced with die casting. High repeatability ensures precise operation across units. Material strength and dimensional stability improve safety and durability. This is critical for industrial security and access control systems.
Die casting supports structural components in aerospace instrumentation. Lightweight design with high strength enables precise assembly. Dimensional consistency ensures accurate calibration and operation. This is essential for reliable performance under demanding flight conditions.
Die cast components in printers, copiers, and scanners provide structural integrity and precise mechanical movement. Consistency reduces assembly issues and operational errors. Complex shapes can be formed without extensive secondary operations. This improves productivity and product reliability in office environments.
Die cast parts such as housings, brackets, and connectors are used in renewable energy devices and electrical systems. High material density ensures durability under thermal and mechanical stress. Tight tolerances support reliable system integration. This contributes to long-term stability and performance in energy applications.
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。
铝、锌和镁合金。
区别在于熔点和合金类型。
是的，它非常适合大规模生产。
公差小，重复性好。
是的，复杂的几何形状是一项关键优势。
通过优化工具和工艺控制。
是的，可以添加数控加工和钻孔功能。
阳极氧化、电镀、粉末涂装和抛光。
汽车、电子、照明和工业设备。
是的，包括面向制造的设计（DFM）和模具开发。
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