Longterm Mold today announced its integrated low volume production solutions, combining rapid prototypes, prototype mold options, rapid Tooling, and low volume cnc machining to help product teams launch faster and spend less. Companies using these methods report up to 70% lower tooling costs and lead-time reductions from months to days.

2K Molds technology—including bi injection mold, double injection mold, two shots molds, 2k mold tooling, and rotation bi-injection mold—solves the common pain points of secondary assembly, misalignment, and material incompatibility. With our mold engineers’ 15+ years of experience and a 99.8% first-pass yield rate, Longterm Mold delivers reliable multi-material solutions that reduce cycle time by 20% and ensure bond integrity under 150 MPa injection pressure.

Modern industry relies on five specialized processes—automative parts mold, electronic mould, blowing moulding tools, die casting molds, and medical tooling—to transform raw materials into precision components. With global production volumes exceeding 10 billion units annually, these technologies address critical pain points: cycle time, material performance, and regulatory compliance. Data-driven insights and clear hierarchies guide decision makers toward the optimal tooling solution for each application.

Our engineers specialize in 2k mold tooling for high-precision, high-efficiency manufacturing. Whether you need a bi injection mold for over-molded grips or a rotation bi-injection mold for complex automotive components, our solutions deliver seamless material integration—cutting cycle time by up to 20%.

Our latest 2k mold tooling platform revolutionizes modern production by uniting precision multi‐material capability with streamlined operations. This 2k mold tooling solution optimizes bi injection mold performance and elevates throughput in double injection mould applications. By integrating advanced rotation bi‐injection mold alignment with robust two shots molds processes, manufacturers can deliver complex, overmolded parts in a single cycle. Backed by over a decade of engineering expertise, this 2k mold tooling system achieves unmatched consistency, repeatability, and cost efficiency.

In today’s fast-paced market, low volume production strategies powered by low volume cnc machining and rapid prototypes are redefining product development. By combining rapid Tooling methods with prototype mold technology, manufacturers achieve unprecedented agility. Low volume production eliminates lengthy waits for full-scale tooling, while rapid Tooling and prototype mold processes deliver functional parts in days. Integrating low volume cnc machining with rapid prototypes ensures designs are validated quickly and affordably.

In the fast-paced world of product development, the bridge between a brilliant idea and a flawless final product is built on meticulous planning. For components requiring molded plastics, this foundation is Plastic Mold Engineering Design. This discipline is not a single step but a comprehensive partnership, guiding projects from initial concept through to full-scale production. Our systematic four-stage methodology integrates critical expertise to ensure every part is optimally designed for both performance and manufacture.

In the field of plastic injection molded parts, if you want to not only meet high-performance requirements, but also achieve efficient and low-cost mass production, you must design from the source.

Low-yield production tools build a "fast-provincial-flexible" integrated development model through rapid proofing, prototype molds and low-yield CNC processing, significantly shortening the product development cycle, reducing early investment, and improving design iteration efficiency, helping new products to quickly verify and market introduction.

2K molds (also called two-shot molds or two-component molds) enable injection of two different plastics, elastomers or colors in a single molding cycle. Our bi-injection mold tooling integrates decoiling, precise core/cavity matching, 180° rotation and advanced cooling to produce complex, overmolded parts without secondary assembly.