Molds

Features: High-precision molding, dimensional stability, no flash or shrinkage marks Compatible with various thermoplastic materials such as PP/ABS/PA66/PBT Long-life mold steel to meet high-volume production needs One-stop service, rapid delivery from design to trial molding Applications Automotive: Molds for connector housings, wiring harness brackets, and interior parts Electronics: Molds for connectors, enclosures, and precision structural parts Bathroom & Personal Care:

1.Advanced Deep-Cavity & Multi-Surface Machining for Precise Photometric Geometry Automotive headlight molds are characterized by their significant depth and complex freeform surfaces. Utilizing high-rigidity high-speed milling (HSM) and 5-axis machining centers, we achieve flawless corner clearing and surface finishing within deep cavities and undercut regions. This micron-level geometric control ensures that the molded components (such as reflectors or housings) fully

1.High-Precision Concentric Machining for Robust Motor Component Alignment Specifically engineered for main motor shrouds and structural housings of outdoor power equipment, this tool showcases our elite execution in concentric machining. To withstand the continuous high-frequency vibrations typical of garden machinery, we hold the concentricity and perpendicularity of the central circular motor chamber within micron-level windows. This strict geometric fidelity ensures a

1.High-Precision Symmetrical Machining for Absolute Concentricity Engineered specifically for premium light fixture housings, reflectors, and optical substrates, this tooling showcases our mastery in high-precision symmetrical machining. Utilizing advanced turn-milling and high-gloss finishing, we hold the concentricity and roundness of the central circular cavity within micron-level tolerances. This strict geometric fidelity ensures a flawless replication of reflective

1.3D Streamlined Finishing for Flawless Consumer-Grade Surfaces Engineered specifically for premium hair dryer housings featuring complex ergonomic contours, this tool showcases our elite execution on organic curves and deep cavities. Utilizing high-speed finish CNC milling, we eliminate traditional tooling marks to achieve a fluid surface transition. This pristine cavity profile completely prevents aesthetic defects like material flow lines or uneven gloss, providing an

1.High-Rigidity, Massive-Scale Base Engineering to Withstand Extrusion Deformation This heavy-duty tooling is purpose-built for massive automotive structural foundations. To resist the punishing clamping tonnages and instantaneous cavity pressures characteristic of large-shot molding, the tool utilizes an extra-thick, highly reinforced monolithic steel mold base (as evidenced by the massive split-line profiles and enlarged guide pillar bores). Driven by exhaustive Finite

1.Advanced 3D Complex Surface Machining for Automotive-Grade Assembly This automotive interior mold demonstrates our core capability in high-precision machining for large, deep-cavity, and complex 3D freeform surfaces. For large structural parts like center consoles or armrest substrates, we utilize advanced 5-axis CNC milling and precision EDM to ensure that all intricate curvatures, ribs, and snap-fits are perfectly executed. Tight tolerance control guarantees flawless

1.Advanced Side-Action Slide Systems for Complex Geometries This tooling showcases our core expertise in manufacturing components with intricate geometries, such as lateral holes, internal undercuts, and complex recesses. Equipped with precision-engineered hydraulic or mechanical side-action sliders, the mold ensures smooth actuation, seamless resetting, and exceptional repetitive positioning accuracy. This advanced mechanism is purpose-built to eliminate demolding challenges

1.High-Precision CNC Machining for Superior Geometric Tolerances Utilizing advanced high-speed CNC milling, we achieve micron-level machining accuracy across deep cavities, sharp corners, and parting boundaries. This strict geometric fidelity effectively eliminates molding flash and distortion, seamlessly fulfilling rigorous industrial assembly standards. 2.Premium Grade Tool Steel for Extended Production Lifecycles The core inserts are constructed from high-quality, heat

Made from high-quality synthetic materials, these toys are durable and provide endless fun for children. Exquisitely crafted with precise workmanship, they meet or exceed safety standards, making them the best choice for kids. All toys are certified and tested, non-toxic, durable, and free of any harmful chemicals, ensuring children can play safely for extended periods. Our molding toy line is diverse, well-designed, and exquisitely crafted, offering a truly exciting

1. Product details: Specifically designed for thermosetting materials such as bulk molding compounds, sheet molding compounds, and phenolic resins, it is made of heat-resistant and pressure-resistant special mold steel in one piece. It can operate stably for a long time in high temperature environments of 150–180℃ and high pressure environments of 120–200bar, and the mold life can reach 100,000 to 500,000 cycles. 2. Advantages 1) Precise Temperature Control Equipped with

1. Material: The mold base is made of S50C / P20 / 45# steel, the cavity is made of mold steel such as P20 / H13 / S136; 2. Processing technology: Turning + Grinding / Threading. The surface is highly smooth, ensuring smooth molding and preventing sticking and tearing during demolding; 3. Applicable product range: Machining internal/external threads with a pitch of 0.5mm and above; supports various plastic materials such as PP, PE, ABS, POM, and PA66; 4. Service life: 500,000

1. Material: The mold base is made of S50C/45# steel, the cavity is made of mold steel such as P20/718H/S136; 2. Processing technology: CNC machining center, wire EDM, mirror EDM machining. The key dimensional tolerance can reach ±0.005mm, with high mold closing accuracy, ensuring precise positioning of inserts; 3. Insert positioning design: Uses a positioning pin + magnetic adsorption/elastic ejector pin structure; 4. Equipped with an ejection system, cooling system, and

1.Precision Elongated Deep-Cavity Milling to Eliminate Linear Warpage Specially engineered for elongated component housings, this tool masters the critical engineering challenge of linear warpage caused by non-uniform material shrinkage. Utilizing high-speed CNC milling centers in a single setup, we achieve flawless curvature transitions and precision draft angles along the deep-draw cavity walls. This rigorous control ensures the molded long-form enclosures permanently

1.Premium Mirror-Polish Finish for Optical-Grade Transparency As a tooling for automotive tail light lenses, this mold demands an ultra-low surface roughness. We implement hyper-precision CNC machining followed by industry-leading mirror polishing (up to SPI A1/A0 standards). This meticulous surface treatment guarantees exceptional optical transmissive and refractive properties for the injected PMMA/PC lenses, eliminating any surface cloudiness, scratches, or streaks to

1.Balanced Multi-Cavity Layout to Eliminate Linear Warpage on Elongated Trim Elongated automotive interior trim components are highly susceptible to linear warpage caused by non-uniform material shrinkage. This tooling incorporates a perfectly balanced 1x4 multi-cavity architecture, holding identical geometric profiles and draft angles across all four cavities via high-speed CNC finishing. This configuration not only multiplies manufacturing throughput but also equalizes

1.Multi-Directional Precision Side Core Pulling Engineered with heavy-duty, long-travel side sliders to resolve the demolding challenges of mutually perpendicular internal cavities.Ensures perfectly synchronized and linear core extraction, eliminating internal scuffing or wall distortion. 2.Anti-Corrosion Tool Steel & Mirror Finishing Built with premium, heat-treated corrosion-resistant mold steels enhanced with micron-level manual polishing.Resists chemical erosion and acid

1.Advanced Multi-Shot/Two-Shot Injection Technology for Seamless Integration This tooling represents our leading engineering capability in multi-shot and two-shot injection molding. Tailored for multi-colored automotive taillight lenses, the mold incorporates highly sophisticated internal mechanics compatible with rotary platens or core-back systems to overmold different colored materials (such as red, clear, and amber PMMA/PC) in a single integrated cycle. This eliminates