When uniformity and throughput are critical, multi-cavity mold bases offer a competitive edge. Our designs integrate modular components to support interchangeable inserts, allowing rapid cavity reconfiguration for mixed-product batches. Built from hardened steels (e.g., H13, Stavax) and equipped with self-aligning guide pillars, these mold bases minimize wear and downtime. Enhanced cooling systems with baffle or cascade channels ensure thermal stability across all cavities, even for heat-sensitive materials like PEEK or LCP. Rigorous testing guarantees

At the core of our custom mold base service lies a commitment to innovation and collaboration. We work closely with clients to analyze tooling requirements, material flow dynamics, and operational constraints, delivering mold bases that exceed industry standards (DME, HASCO, or MISUMI specifications). Our offerings include non-standard sizes (up to 1500mm x 2500mm), specialized venting configurations, and lightweight alloys for energy-efficient production. With rigorous QA protocols and ISO 9001-certified processes, we guarantee mold bases that withstand high-pressure environments while maintaining

Custom mold bases are engineered to meet unique project requirements that standard options cannot fulfill. Designed with advanced CAD/CAM technologies, these bespoke solutions accommodate intricate part geometries, specialized cooling systems, and multi-cavity layouts. Ideal for industries like automotive, medical devices, and consumer electronics, our custom mold bases prioritize dimensional accuracy (±0.01mm), material durability (P20, 718H, or S136 steel), and seamless integration with automation systems. Whether you need hybrid structures, asymmetric designs, or non-standard plate thicknesses, we deliver optimized performance while reducing cycle times and minimizing material waste.

Break free from the limitations of off-the-shelf mold bases. Our custom mold bases are meticulously crafted to align with your specific production challenges, from ultra-thin wall molding to high-volume precision components. By leveraging modular design principles and in-house CNC/EDM machining capabilities, we ensure rapid prototyping and scalability. Features such as tailored ejector systems, integrated hot runner compatibility, and corrosion-resistant surface treatments (nitriding, TiN coating) set our solutions apart. Partner with us to achieve faster time-to-market, enhanced mold longevity, and superior part consistency—even for the most unconventional applications.

Multi-cavity mold bases are engineered to maximize productivity for high-volume manufacturing. Designed to accommodate 4 to 64+ cavities within a single mold, these solutions drastically reduce cycle times while maintaining tight tolerances (±0.02mm). Ideal for small-to-medium parts like medical disposables, bottle caps, or electronic connectors, our multi-cavity systems feature balanced runner layouts, uniform cooling channels, and robust ejection mechanisms to ensure consistent part quality. Leveraging advanced simulation tools, we optimize gate positioning and material flow to eliminate imbalances. Compatible with automation and high-speed presses, these mold bases deliver unparalleled ROI for mass production—combining precision, speed, and repeatability in one streamlined package.

Two-color mold bases redefine versatility in plastic injection molding, enabling seamless integration of two materials or colors within a single cycle. Engineered for complex geometries—such as soft-touch grips, multi-layered seals, or translucent/opaque combinations—our mold bases feature rotating plates or stack configurations to ensure perfect alignment (±0.02mm). Compatible with substrates like TPE, PC/ABS, or silicone, they deliver unmatched bonding strength and aesthetic consistency. Advanced cooling channels and servo-driven indexing systems minimize cycle times by 30%, while hardened tool steels (e.g., NAK80, H13) ensure durability for high-volume production. Ideal for automotive interiors, consumer electronics, and medical devices requiring functional and visual excellence.

Multi-cavity mold bases are engineered to maximize productivity for high-volume manufacturing. Designed to accommodate 4 to 64+ cavities within a single mold, these solutions drastically reduce cycle times while maintaining tight tolerances (±0.02mm). Ideal for small-to-medium parts like medical disposables, bottle caps, or electronic connectors, our multi-cavity systems feature balanced runner layouts, uniform cooling channels, and robust ejection mechanisms to ensure consistent part quality. Leveraging advanced simulation tools, we optimize gate positioning and material flow to eliminate imbalances. Compatible with automation and high-speed presses, these mold bases deliver unparalleled ROI for mass production—combining precision, speed, and repeatability in one streamlined package.

Automobile mould base, also known as automotive component mold base. It is usually made of special steel and has precise shapes and dimensions to shape automotive components. These molds can manufacture various components of cars, such as body panels, automotive interior parts, lighting fixtures, dashboard, engine parts, and seat frames. The automobile mold base material directly affects the quality, performance, and safety of the car. High quality molds can ensure the accuracy and consistency of components, reduce scrap rates, and improve production efficiency.

Now there are also some customers who do not order a single complete set of mold base, but only several mold plates. After receiving them, customers process and assemble them by themselves. This method can save a lot of time and shorten product delivery time.

A mould base is basically composed of top plate, cavity plate, core plate, spacer blocks, ejector plate, ejector retainer plate and bottom plate. Special mold base also includes runner plate, runner stripper plate, and so on. What will be processed separately and of greater importance are cavity plate and core plate. These plates, whether refined steel, rough machining pocket machining, or precision machining, with different material and precision requirements, our company can undertake processing.

The commonly used material for standard mold bases is S50C, but other materials can also be used for some plates according to customer requirements. At the same time, customized content can also be added to the standard mold base according to customer requirements.

The commonly used material for standard mold bases is S50C, but other materials can also be used for some plates according to customer requirements. At the same time, customized content can also be added to the standard mold base according to customer requirements.