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Dawang Precision
Backed by 26 years of specialized custom mold component manufacturing and precision CNC machining experience, Dawang Precision maintains full ISO 9001, ISO 14001, IATF 16949 and ISO 13485 certifications, providing premium Custom Mold Parts for Bluetooth Earphone Injection Mold for consumer electronics and precision injection molding manufacturers globally. We combine advanced 5-axis CNC machining and precision grinding technology to produce high-durability mold components from hardened H13 and SKD61 mold steel. This complete mold part set includes ejector pins, core inserts, discs and covers, engineered specifically for high-volume TWS earphone injection molding production. With ultra-tight tolerances ranging from ±0.002mm to ±0.005mm, our mold parts deliver flawless cavity fit and smooth ejection performance, solving common mass production pain points such as high wear, frequent part replacement and elevated defect rates.
Dawang Precision specializes in custom mold parts for Bluetooth earphone injection molds. This precision component set includes ejector pins, core pins, inserts, and covers machined from hardened mold steel—delivering exceptional wear resistance, dimensional accuracy, and long service life for high-volume TWS earbud production.
Parameter | Specification | Notes |
|---|---|---|
Material | H13 / SKD61 Mold Steel | Hardened & polished |
Manufacturing Method | 5-Axis CNC + Precision Grinding | Heat treatment included |
Dimensions | Custom (pins dia. 2-6mm) | Based on sample |
Tolerance | ±0.002-0.005mm | Mold-grade precision |
Surface Finish | Mirror polish / Chrome plating | Anti-wear & corrosion |
Components | Ejector pins, inserts, discs, covers | Full mold kit |
Our precision injection mold ejector pins and core components are manufactured from premium H13 and SKD61 mold steel, with specialized heat treatment for exceptional hardness and wear resistance. This hardened steel construction delivers reliable performance for over a million injection molding cycles, drastically reducing mold downtime, part replacement frequency and long-term production costs for manufacturing enterprises.
Every custom TWS earbud mold insert is machined to ultra-tight tolerances of ±0.002mm to ±0.005mm, verified by industry-leading Zeiss CMM inspection equipment with 0.002mm measurement accuracy. This mold-grade precision ensures a perfect fit with your existing injection mold cavity, enabling smooth, consistent ejection of TWS earbud components and minimizing plastic part defects, scrap rates and rework requirements for high-volume production.
We offer two premium surface finish options for our hardened steel mold pins: mirror polish and chrome plating. Both treatments deliver exceptional anti-wear and corrosion resistance, reducing friction during the ejection process and preventing plastic residue buildup on component surfaces. This not only extends the service life of the mold parts, but also improves the surface quality of finished plastic earbud components, ensuring consistent product quality for every production batch.
Every set of consumer electronics mold components we produce is fully tailored to your Bluetooth earphone mold cavity design and production requirements. We accept custom drawings, samples and design specifications, with a free detailed quote provided within 24 hours. Our rapid prototyping service delivers custom sample parts in 7-10 days, with flexible production capacity to support both small-batch prototyping and high-volume mass production for our business partners.
Our high-precision Bluetooth earphone mold parts are optimized for a wide range of precision injection molding applications, including Bluetooth TWS earphone injection molds, consumer electronics plastic housing molds, wearable device mold components, and high-precision injection molding systems requiring reliable, long-lasting mold components.
This type of product can be applied to: Bluetooth TWS earphone injection molds、Consumer electronics plastic housing molds、Wearable device mold components、High-precision injection molding systems