Precision Mold & Dies Manufacturing for High-Accuracy Production
We provide high-precision mold and dies manufacturing designed for accurate dimensions, consistent quality, and efficient mass production. Supported by advanced machining and experienced engineers, our tooling solutions ensure stable performance and reliable production results.
Our Mold & Dies Capabilities
- Injection Mold
- Custom injection molds engineered for stable quality and consistent production.
- Precision Mold
- High-accuracy molds with tight tolerances for complex and technical parts.
- Multi-Cavity Mold
- Productivity-focused molds designed for balanced flow and uniform output.
- High-Volume Production Mold
- Durable molds optimized for long mold life and efficient cycle time.
- Mold & Dies Solution
- End-to-end mold and dies solutions engineered for precision, durability, and stable mass production performance.
Engineering & Design Process
Step 1
Inquiry & Requirement Confirmation
Customer submits an inquiry, drawing, or sample. Our team reviews the product application, specifications, and production requirements.Step 2
Feasibility Study & Quotation
Engineering conducts a feasibility study on design and manufacturing processes, followed by cost calculation and quotation submission.Step 3
Product Development & Mold Preparation
Mold design, review, and sampling trials (T0–T1–T2) are performed to ensure the product meets technical and quality requirements.Step 4
Approval & Production Planning
After sample approval, quality documentation, machine capacity, and production planning are prepared for mass production readiness.Step 5
Mass Production & Quality Assurance
Mass production is executed with continuous monitoring of output, quality performance, and on-time delivery to the customer.Engineering & Design Excellence
Mold & Dies Design Based on Part Function and Tolerance
Tooling designs are developed according to part geometry, tolerance targets, and application requirements.
DFM-Driven Design Approach
Design-for-Manufacturing analysis is applied to reduce tooling risk and improve production efficiency.
Mold Design Review
Mold designs are reviewed to ensure manufacturability, stable molding performance, and reduced risk before tooling production.
Certified for Quality and Reliability
ISO 14001:2015
IATF 16949:2016
ISO 9001:2015
Why Choose Banshu Plastic
Integrated Engineering & Manufacturing
From design to mass production, every process is handled in-house to ensuring precision, speed, and consistent quality.
Certified Quality & Global Standards
Our quality system complies with ISO 14001, ISO 9001, and IATF 16949, supported by strict inspection and continuous improvement culture.
Proven Experience & Trusted by Industry Leaders
Decades of experience serving automotive, electronics, and home appliance manufacturers across Asia.
Industries Served
Quality Molded Parts for Your Industry Needs
Automobile Parts
Motorcycle Parts
Home Appliance Parts
Other Parts
Frequently Ask Questions
A die and a mold are precision tools used in manufacturing to shape raw materials into finished parts. A mold is primarily used in plastic injection molding to form plastic components, while a die is commonly used in metal forming processes such as stamping or casting. Both are critical for achieving accuracy, repeatability, and consistent quality in mass production.
In manufacturing, a mold refers to a custom-designed tool that forms molten or softened material into a specific shape. In plastic injection molding, the mold defines the part’s geometry, surface finish, dimensional accuracy, and production efficiency, making it a key factor in overall product quality.
The die and mold making process typically includes several key stages:
Design & Engineering – Product and mold design based on part requirements and material selection.
Material Preparation – Selection of appropriate tool steel or mold materials.
Machining & Fabrication – CNC machining, EDM, and precision grinding.
Assembly & Testing – Mold assembly followed by trial runs and adjustments to ensure performance and accuracy.
Design & Engineering – Product and mold design based on part requirements and material selection.
Material Preparation – Selection of appropriate tool steel or mold materials.
Machining & Fabrication – CNC machining, EDM, and precision grinding.
Assembly & Testing – Mold assembly followed by trial runs and adjustments to ensure performance and accuracy.
No, a die and a mold are not the same. A mold is mainly used for shaping plastic parts through injection molding, while a die is used for metal forming processes such as stamping or forging. Although both serve similar shaping functions, they differ in application, structure, and operating processes.