AEROSPACE

We provide customized high-precision die-casting molds, die-cast components and precision machining services for lightweight structural parts in the aerospace sector. Leveraging our mature experience in manufacturing complex and high-tolerance mold structures, we are capable of producing thin-wall, high-strength casting parts that comply with stringent quality standards. Our processing strictly controls dimensional deviation and surface quality, ensuring consistent material performance and high reliability for aerospace equipment. These components can be applied to auxiliary structural housings, connecting brackets and non-load-bearing structural assemblies for aerospace systems, supporting sample development and batch production requirements.

AUTOMOTIVE

Automotive is our core business field. We design and produce medium and large-sized die-casting molds, die-casting parts, together with supporting precision machining services for a wide range of automotive components, including motor housings, gearboxes and other key auto structural parts. Our high-precision mold technology meets the mass production demands of both traditional fuel vehicles and new energy vehicles. We excel in solving manufacturing difficulties such as complex casting structures, high airtightness requirements and thin-wall forming. Our finished die-cast workpieces feature stable size, excellent mechanical properties and good surface finish, suitable for new energy vehicle electric drive housings, automotive chassis accessories and other auto parts. Our products have been supplied to overseas markets including Japan, Germany and Italy, with mature quality control systems for automotive component production.

SMART HOME ACCESSORIES

We develop custom die-casting molds and finished die-cast parts for smart home hardware accessories. For smart household equipment, we manufacture structural housings, connecting brackets, mounting bases and decorative structural components. Our molds are optimized to reduce casting defects and guarantee stable batch production. The die-cast parts achieve smooth surfaces with minimal post-processing workload, meeting appearance and assembly requirements of smart home products. Whether for small-batch customized development or large-volume mass production, our precision machining capability ensures interchangeability of parts for smart home accessories.

ELECTRONICS

We deliver high-precision die-casting molds and precision machined components for industrial and consumer electronic products. Our manufacturing services cover electronic equipment housings, internal support frames, shielding brackets and connection structural parts. We are experienced in thin-wall die casting and tight-tolerance machining to guarantee accurate assembly between electronic modules. Strict dimensional inspection is implemented throughout production to avoid assembly gaps and deformation issues. Our electronic cast parts feature good structural rigidity, which can satisfy heat dissipation and structural protection requirements of electronic devices.

MECH ENGINEERING

For mechanical engineering applications, we manufacture medium and large die-casting molds, die-cast parts and precision machined workpieces. Typical products include power tool housings, mechanical transmission components, equipment brackets and engineering machinery auxiliary parts. We are adept at handling hard-to-mold complex cast structures, ensuring mold durability for long-cycle mass production. Our finished parts have outstanding wear resistance and structural strength, adapting to heavy-duty working conditions of mechanical engineering equipment. Stable processing quality helps customers reduce rejection rates and lower overall production costs.

MODEL MANUFACTURING

We supply high-precision mold making, die-casting forming and precision machining services for industrial model and prototype manufacturing. We can reproduce complex geometric structures accurately for engineering prototypes, display models and functional test samples. Our technical team supports customized mold development according to model drawings, realizing small-batch production of casting models. High dimensional fidelity ensures the physical model can reflect the actual product structure for design verification, performance testing and exhibition display purposes.