Send us your 3D model, and we’ll return a quotation within 2 working days, marking each critical dimension as achievable / achievable with compensation / not recommended—with alternatives and the reasoning behind each call. No charge, no obligation. Ask for our Tolerance Capability Sheet—a one-page reference of achievable tolerance bands by material, feature size, and […]
Author Archives: TONGDA LINK MOLD
Not sure whether rotary-axis or core-back suits your geometry? Tell us the part size and annual volume — we’ll recommend the route and adjust the design rules accordingly. Share a STEP or PDF file plus annual volume. We’ll come back within 48 hours with boundary tolerance, gate strategy, retention features, and any resin-compatibility concerns. Note: […]
Our team has navigated these exact challenges for European and American clients and can help you avoid costly material missteps. At TONGDA LINK Mold, we specialize in precision injection molds for automotive interior applications — from material selection and DFM optimization to full mold manufacturing and trial production.
Not ready to commit to a full production mold? We offer small-batch test molds starting from a single cavity — so you can verify our quality, communication, and delivery before scaling up. See our production floor, inspection lab, and molding machines in real time. We offer live video walkthroughs via Zoom or WhatsApp — or […]
Tackle them systematically—starting with mold/part design and cooling, then moving to materials and processing—and you will achieve the dimensional stability the plastic products production line demands.
Struggling with plastic deformation? As an experienced mold supplier, we are here to share our practical solutions.
Gate design is fundamentally an exercise in informed compromise. It requires balancing competing priorities: aesthetics versus function, cost versus cycle time, and production efficiency versus part quality. While a single “perfect” solution rarely exists, the objective is to define the most optimal configuration for the specific part, material, and production context. By systematically applying these principles, mold […]