Precision Metal Stamping

Custom Component Part

We provide comprehensive metal stamping services, from initial design to final delivery, including material selection, process optimization, rapid prototyping, and large-scale production. Our expertise includes Progressive stamping and deep drawing stamping processes, ensuring customized solutions with high quality and efficiency to meet your specific needs.

Your One-Stop Solution for Advanced Metal Stamping Services

At Plantmetal, a division of Lingshantech, we specialize in designing and manufacturing complex progressive dies, heavy-duty deep drawing processes, and high-precision metal stamping services. Equipped with 20 presses ranging from 25 to 300 tons, featuring servo feed and die protection control, we are capable of mass production across a wide range of materials.
As a leading OEM manufacturer, we support high-volume metal stamping for industries such as automotive, electronics, and consumer goods, producing components like electronic connectors, contacts, clips, and more. Our continuous investment in equipment enables us to meet the evolving demands of various industries, improving production efficiency, competitive pricing, and product quality.
We offer comprehensive services, including metal stamping, mechanical engineering, prototype design, injection molding, and manufacturing support. Our collaborative product development approach ensures we work closely with clients to meet their specifications, preparing design-for-manufacturing (DFM) solutions and ensuring timely delivery.

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Why Choose Us?

State-of-the-Art Equipment and Technology

State-of-the-Art Equipment and Technology

Our investment in cutting-edge metal stamping equipment and technology includes high-speed presses, multi-station dies, and automated production lines. Utilizing these advanced tools enables us to achieve higher production speeds and greater efficiency in metal stamping operations.

Multi-Station Stamping Technology

Multi-Station Stamping Technology

We leverage multi-station stamping technology, allowing multiple processes such as cutting, bending, forming, and piercing to be executed simultaneously on a single press. This technology enhances production efficiency and reduces component handling and movement, leading to lower production costs.

Quality Assurance and Certification

Quality Assurance and Certification

Our commitment to delivering high-quality metal stampings is evidenced by our ISO 9001 and IATF 16949 certifications. We enforce rigorous quality control measures throughout the production process, including material inspection, process control, and finished product testing, ensuring each product meets stringent customer and industry standards.

High Precision and Consistency

High Precision and Consistency

We meticulously control process parameters and quality requirements at each production step to guarantee the precision and consistency of every metal stamping. Utilizing advanced measurement equipment and quality control tools, we ensure each product adheres to the specified requirements.

Material Selection and Optimization

Material Selection and Optimization

We collaborate with suppliers to choose high-quality metal materials and optimize them based on customer specifications. This strategic material selection and optimization enhance the strength, corrosion resistance, and wear resistance of our products, meeting diverse application needs.

Engineering Support and Collaboration

Engineering Support and Collaboration

Our experienced engineering team works closely with customers, providing technical support and solutions. We offer expertise in product design, process optimization, and cost control, helping customers achieve the best possible metal stamping solutions.

Tool and Die Design

The design and engineering of precision tooling and dies are essential for metal stamping operations. These tools are customized to the specific part design and enable the shaping and cutting of the metal sheets.

Blanking

Blanking is the process of cutting sheet metal into the desired shape using molds and punches, including removing the workpiece from the original material to produce the desired shape. Unlike punching, the removed workpiece becomes the desired shape or blank

Punching

This technique refers to the use of a die and a punch to cut sheet metal into the required form. During punching, the punch enters the material attached to the die and dispels pieces of metal to create the desired form in the remaining workpiece.

Bending

Bending refers to the process of using punches and molds to deform metal plates to form angles, curves, or complex shapes, usually L, U, or v shapes. The bending process is applied above the yield point of the material and requires precise control of the bending force, Angle and depth, and the formation of the desired shape around a single axis.

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