Product Introduction
We provide professional precision die design and tooling development services for customers who require high‑accuracy and high‑consistency metal stamping production. Precision dies are engineered for tight tolerances, stable quality, and long tool life, making them ideal for terminals, connectors, brackets, micro‑components, and other fine‑detail stamped parts. Our engineering team supports the complete process-from DFM evaluation to die structure design, strip layout planning, prototype tooling, and final production die manufacturing.
Product Description
Precision dies are designed to perform detailed stamping operations such as fine punching, micro‑bending, precision forming, and high‑accuracy hole positioning. They are commonly used in industries that require strict dimensional control such as automotive electronics, communication equipment, consumer devices, and industrial control systems.
We design and manufacture precision single dies, compound dies, progressive dies, and multi‑stage forming dies according to customer drawings, samples, or technical requirements. For complex components, we offer simulation checks, strip layout optimization, and structure evaluation to ensure stable mass production.
Tool steels such as SKD11, DC53, D2, and carbide are selected depending on required hardness, wear resistance, and production volume. Heat treatment and polishing processes are strictly controlled to achieve long tool life and high performance.
Our precision die projects include full sample testing, fitting adjustment, pre‑production trial run, and documentation support for automotive or electronics industry standards.
Specifications
|
Product Name |
Precision Die / High‑Accuracy Tooling |
|
Die Types |
Single Die, Compound Die, Precision Progressive Die, Multi‑stage Forming Die |
|
Suitable Materials |
Carbon Steel, Stainless Steel, Brass, Phosphor Bronze, Aluminum |
|
Material Thickness Range |
0.05 mm – 3.0 mm |
|
Tool Steel Options |
SKD11, DC53, D2, ASP23, Carbide Inserts |
|
Tolerance Capability |
±0.005 – ±0.02 mm depending on structure |
|
Applications |
Electronics, terminals, connectors, micro‑precision stamped parts |
|
Tool Life |
200,000 – 1,500,000+ strokes |
|
Lead Time |
15–35 working days based on complexity |
|
Design Services |
DFM, Strip Layout, Precision Die Structure Design, Simulation Analysis |
|
OEM/ODM |
Supported |
FAQ
Q1: Can you design precision dies based on my drawings?
A1: Yes, we design precision molds based on 2D/3D drawings, samples, or specifications.
Q2: What tolerance can precision dies achieve?
A2: Depending on material and part structure, tolerances of ±0.005–0.02 mm are achievable.
Q3: Do you provide pre‑production sample testing?
A3: Yes, sample testing and trial production are included before final delivery.
Q4: What information is needed for a tooling quotation?
A4: Drawings, material, thickness, annual quantity, and tolerance details.
Q5: Can you assist with product DFM optimization?
A5: Yes, our engineering team provides DFM, tooling feasibility evaluation, and structure optimization.
Video Link (YouTube)
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