The mass production of router housings is just in time, with dual online production capabilities and high quality! Our 1+1 mold design and the surface texture of products are highly recognized by our customers. We specialize in producing molds for all types of plastic housings, not just router housings.

Need to make molds and plastic products? "Fast, accurate, and stable" are the basic requirements. Or a technical hardcore—accuracy and efficiency are guaranteed. Or strong clientele—binding with high-value-added companies like medical and automotive.Or higher cost-effectiveness—helping customers reduce costs and increase efficiency!

Why is mold design so crucial in mold manufacturing? 1. Cost: A single flawed design can cost more to modify than a new mold! 2. Efficiency: Lack of space for a robot requires hiring three more people, while poor cooling design can cut production capacity in half. 3. Quality: Uneven wall thickness, cracking, incorrect parting patterns, and flash—90% of defective products are caused by design.

There's a misconception in the mold industry: Many people believe mold cost is determined by mold size. In reality, a palm-sized precision mold, while requiring minimal material, can cost more than a taller rough mold when machined to micron-level precision. Structural complexity, material quality, and precision requirements are the key factors influencing cost.

Does a simpler mold parting save money? A single parting surface reduces parts, lowering processing costs. However, if the product has undercuts or side holes, forced simplification can increase secondary processing costs. While simple parting offers significant advantages for small batches, large-scale production can actually lead to higher long-term costs.

Does a simpler mold parting save money? A single parting surface reduces parts, lowering processing costs. However, if the product has undercuts or side holes, forced simplification can increase secondary processing costs. While simple parting offers significant advantages for small batches, large-scale production can actually lead to higher long-term costs.

In the injection mold industry, we always adhere to two core principles: making molds precise and reliable, and making plastic shells impeccable. This is our duty, and it is our solemn commitment to every trust.

Who says single-cavity molds are necessarily more precise than multi-cavity ones? Single-cavity molds avoid multi-cavity balancing issues, making control easier. But with precise design and processing, multi-cavity molds can even outperform them. Precision depends not on cavity count, but on smart design, careful processing, and strict process control.

Injection molds have three life cycles! Youth Stage: High precision, bright cavities, tight mold fits, every molded part is perfect; Middle stage: Occasional burrs, requiring parameter adjustments and part replacements, but still delivering excellent results. Old stage: Cavities age and deform, leading to frequent mold jams and flash, and skyrocketing repair costs

Price wars may win orders briefly, but quality is the root of the mold industry. A 0.01mm precision error can ruin a whole batch of plastic parts; a slip in trial runs can delay a customer’s entire production line. Our focus on "quality first" isn’t stubbornness—it’s because we’ve seen too many customers anxiety from mold-related losses.

Too large an angle for the mold lifter! What troubles? Exceeding 15°, the lifter bears sharply increased lateral force, bending or breaking in a flash. It also tends to jam during core pulling, causing white marks or cracks on plastic parts. Our veteran mold masters all know: 8°-15° is the golden range – stable and durable.

Injection molded parts always shrink and flash? Most likely, it is because the mold is not selected correctly! A reliable mold can not only solve surface problems, but also directly help you save 30% of the later mold repair costs. Choose GV MOLD to prevent the mold from getting stuck and reduce detours in production.