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One Stop Customized Stamping Processing Service

If you need stamping parts with high precision, complex structure, and strict tolerances, LCW stamping processing services are your ideal partner. We specialize in customized production of precision stamping parts for various materials such as aluminum and stainless steel. With leading stamping technology and a comprehensive quality control system, we provide you with high-performance stamping solutions with highly competitive cost advantages and fast response delivery capabilities.

  • 20 Years of Professional Stamping Experience
  • Equipped with Fully Automated Precision Stamping Production Lines
  • Tolerance Control Up to ±0.001 mm
  • Supports High-Volume Customized Production
  • Fastest Delivery Within 3-7 Business Days
  • Certified to ISO 9001 and IATF 16949 Standards

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ISO

9001:2015 certification

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20+

Stamping equipment

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5000+

Serve customers

图片名称

20K+

Stamping parts produced monthly

OLIGHT
BYD
Dongguan Taidu Industrial Co., Ltd.
Foxconn
Lingyi Technology (Shenzhen) Co., Ltd.
Sany Heavy Industry
Shenzhen Huasi Xu Technology Co., Ltd.
Absen Optoelectronics Co., Ltd., Shenzhen
Xidesheng
Zhuhai Blueprint Sports Technology Co., Ltd.

Our Stamping Processing Technology


LCW adopts advanced stamping technology and specializes in producing customized stamping parts with high precision, complex structure, and excellent consistency. We provide a full process solution from mold development, stamping and forming to subsequent processing with highly competitive cost advantages, ensuring rapid response to various batch production needs.

Stamping separation process

Stamping separation process

The stamping separation process refers to the processing method of applying pressure to the sheet metal through a mold, causing it to separate along a closed or open contour line. It mainly includes process types such as cutting, punching, and cutting, and its core is to use the instantaneous pressure generated by stamping equipment to achieve precise separation of materials under shear stress. This process has the characteristics of high efficiency, low cost, and good dimensional stability. It can efficiently produce flat parts with precise contours or provide blanks for subsequent forming processes. It is widely used in precision manufacturing of electronic devices, automotive parts, household appliances, and other fields.

Precise, efficient, and fast

Long mold lifespan and low cost

High material utilization rate

mass production

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Stamping process

Stamping process

The stamping process is a manufacturing process that uses mechanical pressure to cause plastic deformation of metal sheets in a mold, resulting in the desired three-dimensional shape. It mainly includes forming methods such as stretching, bending, and flanging, using molds to continuously or single process materials to form parts with specific contours and structural features. This process has advantages such as high production efficiency, controllable cost, and good consistency, and is suitable for large-scale production fields such as automotive coverings, home appliance casings, electronic components, etc. It is an important technical means to achieve rapid prototyping of thin-walled parts.

Can manufacture complex parts

Seamless molding with high strength

High production efficiency

High surface quality of the product

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Precision stamping process

Precision stamping process

Precision stamping is an advanced process that can directly form fully bright shear surfaces and high-precision parts. This technology achieves composite processing of punching, forming, and leveling through a unique mold structure, which can obtain high-quality parts with an accuracy of IT7 level and a surface roughness of Ra0.4 μ m. It is widely used in fields with strict quality requirements such as automotive safety components and precision electrical components.

First article inspection, zero defect delivery

One time stamping forming

The appearance is smooth and flat

Dimensional tolerance can reach micrometer level

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Single station stamping process

Single station stamping process

Single station stamping is a processing method that completes all stamping processes within a set of molds. Through a single stroke motion of the stamping equipment, single or composite processes such as material dropping, punching, and forming are achieved. This process has a simple structure, low mold cost, and convenient debugging, making it particularly suitable for small and medium-sized production. It can efficiently produce flat parts or simple three-dimensional components with regular shapes, and has wide applications in fields such as electronic accessories, home appliance parts, and automotive standard parts.

Short manufacturing cycle and low cost

Multiple varieties, small batch production

Flexible customization service

Fast delivery cycle

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Multi station stamping process

Multi station stamping process

Multi station stamping is an automated stamping process that operates continuously between multiple workstations through a conveyor system. Each workstation completes specific processes such as punching, stretching, and flanging in sequence, ultimately forming a complete part in one cycle. This technology achieves full process automation through integrated mold systems and robotic arm transmission, significantly improving production efficiency and consistency. It is particularly suitable for the manufacturing of complex structures and high output requirements of components, and is widely used in large-scale production fields such as automotive body parts and electronic casings.

100% parts inspection

Short production cycle

High production efficiency and low cost

Batch production, multi category processing

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Continuous stamping process

Continuous stamping process

The continuous stamping process adopts a progressive die to achieve fully automated production on a high-speed punch press. Through the synchronous transmission of material belts between multiple stations, the punching, forming, finishing and other processes are completed in sequence, and finally the continuous belt material is converted into formed parts. This process is particularly suitable for the manufacturing of large quantities of small parts such as microelectronic components and precision connectors, and has significant advantages in efficiency, accuracy, and cost control.

Consistently high quality

Rapid production and delivery

One time stamping and forming of complex parts

Automated mass production

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From Prototype Design to Manufacturing


LCW is your trusted stamping parts custom manufacturing expert, providing full process services from product design to mass production. Relying on advanced stamping equipment, mature process solutions, efficient production processes, and a professional engineering team, we are committed to helping you transform design concepts into high-quality stamping products.

Stamping prototype production

Stamping prototype production

Through LCW's professional stamping services, you can obtain high-precision stamping prototypes within 3-5 working days. We have rich experience in mold design and production, ensuring that product designs are quickly validated and laying a solid foundation for subsequent mass production.

20 years of stamping processing experience

Professional mold design and production

Quick quotation response

3-5 days for prototype delivery

Small batch stamping production

Small batch stamping production

We are equipped with multiple high-performance punch presses and automated production lines, capable of producing stamping parts with complex structures and strict precision requirements. Through a comprehensive process control system and full process quality monitoring, ensure that each batch of products meets the design requirements.

Rapid mold optimization

100% quality inspection

Free DFM analysis

Automated production assurance

Batch stamping manufacturing

Batch stamping manufacturing

LCW provides customers with large-scale stamping parts manufacturing services with mature mold technology, a sound quality management system, and large-scale production capabilities. We achieve more competitive batch manufacturing costs while ensuring product quality stability.

Scale based cost advantage

Stable quality consistency

First article comprehensive inspection

Serving over 800 clients

Why Choose Us to Provide Stamping Processing Services


LCW focuses on the production and precision machining of forged parts, providing full process solutions including surface treatment, and is committed to improving the appearance quality, durability, and overall performance of products.

Professional experience and technical strength

Professional experience and technical strength

We have over 20 years of professional experience in precision stamping, and have mastered the core technologies of multi station continuous dies and precision punching. We provide end-to-end solutions from product design to mass production, ensuring that every project achieves the best technical results.
Advanced equipment and process control

Advanced equipment and process control

We are equipped with a full range of high-speed stamping production lines and precision testing equipment, achieving a stable accuracy of ± 0.005mm through an intelligent control system. We specialize in handling various metal materials to ensure consistent quality in large-scale production.
Customized engineering capability

Customized engineering capability

We focus on providing customers with deeply customized stamping solutions. Whether it is complex structural components or precision functional components, we can meet your specific technical requirements through professional mold design and process optimization.
A sound quality system

A sound quality system

We have established a strict quality management system and implemented full process quality monitoring from raw materials to finished products. Through first article inspection, process control, and final testing, we ensure that every batch of products meets the highest quality standards.

Four Steps to Partnering with Us


LCW, with its profound industry experience, provides professional and efficient solutions for rapid prototyping and small batch production. We will break down the innovation process system into four clear and efficient stages to ensure the smooth progress of the project from concept to finished product.

Upload your design

Upload your design

Submit your CAD files and a clear Request for Quote (RFQ) online to kickstart the process immediately.
Analysis and Quotation

Analysis and Quotation

We will conduct a manufacturability analysis based on your design and provide transparent, detailed pricing and manufacturing recommendations.
Production Launch

Production Launch

Our specialized team will select appropriate technologies and materials to manufacture your parts strictly according to specifications.
Quality Inspection and Shipping

Quality Inspection and Shipping

Every product undergoes comprehensive quality inspection to ensure compliance before on-time delivery.

Advantages of Stamping Processing


Enhancement of Material Properties

Enhancement of Material Properties

Through forging processes, we enhance the internal structure of metals, significantly improving the mechanical properties of components. We strictly control temperature and deformation parameters during forging to ensure products achieve superior strength and durability.
Structural Integrity Assurance

Structural Integrity Assurance

Using integral forming technology ensures the integrity and continuity of metal flow lines. We employ multi-directional forging processes to effectively eliminate internal material defects, producing components with enhanced structural stability and reliability.
Production Flexibility and Adaptability

Production Flexibility and Adaptability

We are equipped with forging equipment of various specifications to meet the production needs of parts of different sizes. From small precision components to large structural parts, we provide customized forging solutions.
Materials Application Major

Materials Application Major

We possess a thorough understanding of the forging characteristics of various metal materials and can recommend the most suitable material solutions based on the final application environment. In the field of special alloy forging, we have accumulated extensive process expertise and technical know-how.
Full-process Quality Control

Full-process Quality Control

Establish a comprehensive forging process management system, implementing strict quality control at every stage from raw material inspection to final heat treatment. We employ multiple testing methods to ensure product performance meets design specifications.
Comprehensive Benefit Optimization

Comprehensive Benefit Optimization

We focus on helping customers achieve optimal economic benefits by enhancing material utilization through rational process design and reducing subsequent processing steps, delivering the most valuable forging product solutions.

Stamping processing tolerances and standards


LCW focuses on the research and manufacturing of precision metal stamping parts, and is a trusted partner for your product development stage. We rely on multi station precision molds and automated stamping systems to achieve ultra-high precision requirements of ± 0.001 inches, while supporting various special tolerance customization needs to ensure that stamped parts meet strict technical standards in terms of dimensional accuracy, structural strength, and surface quality.

Tolerances and standards

Material Thickness

0.5mm~150mm

Maximum forging dimensions

400mm*400mm*150mm
Forging weight

5~10kg

Dimensional tolerances

±0.05mm~0.5mm

Closing force

50~4000T

Forging batch size

10 to 20,000 pieces

Heat treatment

T4、T5、T6

Subsequent processing

Offering one-stop services including CNC machining and surface treatment

 

Materials for customized stamping processing parts


LCW specializes in customized production of metal stamping parts, relying on mature mold technology to provide high-precision and high consistency stamping solutions, supporting the full process requirements from prototype development to mass manufacturing.

Aluminum

Aluminum alloy

Copper

Brass

Aluminum

Aluminum

Aluminum has excellent ductility and strength to weight ratio, making it particularly suitable for stamping forming. We offer a variety of aluminum alloy options to meet different stamping process requirements. Our products have good corrosion resistance and structural strength, and are widely used in fields such as electronic casings, automotive components, and light industrial products.

Material: 1060, 1050, 1100

Delivery time: 5-7 working days

Tolerance: ± 0.05mm

Maximum stamping size: 600 × 400mm

Available finishes: anodizing, powder coating, electroplating, spray painting, wire drawing

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Aluminum alloy

Aluminum alloy

Aluminum alloy significantly improves stamping formability by adding alloying elements, while maintaining its lightweight advantage, it has higher strength and corrosion resistance, making it suitable for stamping manufacturing of high demand structural and appearance parts.

Material: 3003, 5052, 6061

Delivery time: 5-7 working days

Tolerance: ± 0.05mm

Maximum stamping size: 600 × 400mm

Available finishes: anodizing, powder coating, electroplating, spray painting, conductive oxidation

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Copper

Copper

Copper material has excellent conductivity and stamping formability, and can be processed into complex shaped conductive parts and heat sinks through stamping technology. It is widely used in electronic appliances, communication equipment, and power fields.

Material: C1100, C1020, C5191

Delivery time: 7-10 working days

Tolerance: ± 0.05mm

Maximum stamping size: 500 × 300mm

Available finishes: Tin plating, nickel plating, passivation, oxidation resistant treatment

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Brass

Brass

Brass has good stamping processing performance and decorative properties, suitable for manufacturing electronic connectors, lock parts, decorative hardware and other products, with both conductivity and corrosion resistance.

Material: C2600, C2680, C2801

Delivery time: 7-10 working days

Tolerance: ± 0.05mm

Maximum stamping size: 500 × 300mm

Available finishes: nickel plating, chrome plating, passivation, wire drawing, imitation gold

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Surface treatment of stamping processing


LCW provides professional surface treatment services for the characteristics of stamped parts, effectively improving the corrosion resistance, wear resistance, assembly quality, and aesthetics of stamped parts through advanced methods such as mechanical treatment, chemical processes, and coating technology, achieving a dual improvement in product functionality and appearance.

Anodizing

Electroplating

Electrophoresis

Sandblasting

Polishing

Spraying

Anodizing

Anodizing

A surface treatment solution specifically designed for aluminum stamping parts, which generates a dense oxide layer on the surface of the parts through electrochemical processes. It is particularly suitable for aluminum parts after stamping, effectively improving surface hardness and corrosion resistance.

Applicable substrate: Aluminum and aluminum alloy stamping parts

Available colors: natural color, black, military green, gold, etc

Surface Texture: Bright/Matte/Silk

Performance advantages: improved corrosion resistance, enhanced surface hardness, and diverse color options

Typical applications: electronic casings, automotive decorative parts, instrument panels

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Electroplating

Electroplating

By using electrolytic technology to deposit metal coatings on the surface of stamped parts, it is particularly suitable for surface strengthening of precision parts after stamping, which can provide excellent anti-corrosion protection and achieve beautiful decorative effects.

Applicable substrates: stamped parts such as steel, copper, aluminum, etc

Coating selection: galvanized, nickel plated, chrome plated, tin plated, etc

Texture effect: mirror/semi gloss/matte

Performance advantages: excellent corrosion resistance, improved wear resistance, beautiful decoration

Typical applications: electronic connectors, automotive parts, household appliance components

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Electrophoresis

Electrophoresis

The use of electrochemical deposition technology to form a uniform coating on the surface of stamped parts is particularly suitable for stamping parts with complex structures, which can achieve all-round coverage without dead corners and provide long-lasting anti-corrosion protection.

Applicable substrates: steel, aluminum, zinc alloy stamping parts

Standard colors: black, gray (customizable)

Coating texture: uniform and flat, matte/semi matte

Performance advantages: no dead corner coverage, excellent adhesion, environmentally friendly process

Typical applications: automotive components, electrical enclosures, chassis and cabinets

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Sandblasting

Sandblasting

Through precise sandblasting technology, the surface of stamped parts is cleaned and textured, effectively eliminating fine scratches and mold marks generated during the stamping process, providing an ideal base for subsequent coating treatment.

Applicable substrates: various metal stamping parts

Processing effect: Presenting the natural color of the substrate

Surface texture: uniform and delicate matte texture

Performance advantages: eliminate processing marks, enhance adhesion, and improve texture

Typical applications: instrument panels, decorative parts, mechanical components

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Polishing

Polishing

By using professional mechanical polishing technology to precision process the surface of stamped parts, different gloss effects from matte to mirror can be obtained, which is particularly suitable for stamped parts with high appearance requirements.

Applicable substrates: stamped parts such as stainless steel, aluminum, copper, etc

Processing effect: Original color highlight of substrate

Glossiness: mirror/highlight/soft light

Performance advantages: high aesthetics, easy to clean, improved corrosion resistance

Typical applications: kitchen and bathroom accessories, decorative parts, electronic products

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Spraying

Spraying

By using automated spraying equipment to form uniform functional or decorative coatings on the surface of stamped parts, different coating systems can be selected according to the requirements of the usage environment, providing comprehensive surface protection.

Applicable substrates: various metal stamping parts

Color selection: Standard color cards and customized color schemes

Coating effect: Smooth/textured/special texture

Performance advantages: strong decorative properties, good weather resistance, excellent mechanical performance

Typical applications: electronic device casings, automotive components, industrial equipment

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Application of Stamping Processing


LCW has won the trust and recognition of global customers with its excellent stamping manufacturing capabilities. We focus on providing high-precision and highly consistent stamping solutions, and our stamped parts are widely used in important fields such as automotive manufacturing, electronic communication, medical devices, and home appliances.

Automobile

Supplying high-strength, durable metal parts for the automotive sector.

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Aerospace

Manufacturing lightweight, precision-engineered components that meet strict aviation standards.

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Consumer Electronics

Providing tight-tolerance metal housings and intricate internal parts.

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Motorcycle

Producing performance-critical parts built for speed, safety, and endurance.

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Bicycle

Delivering lightweight and high-strength metallic components for optimal riding efficiency.

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Outdoor Activities

Creating robust gear and structural components designed to withstand extreme environmental conditions.

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New Energy

Machining specialized metallic parts essential for advanced battery brackets and power systems.

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Robot

Engineering exacting parts crucial for the precise movement and structural integrity of robotic systems.

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Automated Equipment

Forging and machining complex components that drive efficiency in industrial automation.

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Mechanical Equipment

Supplying heavy-duty, wear-resistant metal parts for rigorous industrial machinery applications.

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Our Customers' Evaluations of Us


LCW has over 20 years of professional experience in the field of CNC machining, serving multiple countries and regions around the world. We firmly believe that genuine customer feedback outweighs all advertising - welcome to objectively evaluate the reliable quality and service experience that LCW continues to provide through our numerous international clients.

Omar Al-Fayed

Omar Al-Fayed

Product Vice President

Our large-scale project required custom mechanical structures, and LCW successfully handled the entire order.Their production capacity and scale gave us full confidence—they delivered massive quantities on time.Every shipment underwent strict quality inspection, ensuring full compliance with specifications.Cross-cultural communication sometimes required patience, but mutual respect and shared goals made our collaboration highly productive.

Lars van den Berg

Lars van den Berg

Project Manager

We selected LCW as our structural component supplier for a solar energy project.Their engineers showcased excellent co-design capabilities, optimizing our structure to reduce weight while maintaining strength, saving both material and shipping costs.The project management was systematic, with clear reporting at every milestone.Since it was a custom-made project, some upfront tooling investment and time were required, which was expected.LCW’s innovation and cost-control mindset added real value to our project.

Michael Tremblay

Michael Tremblay

Technical Supervisor

We source mechanical components from LCW, and their products fully meet our durability and performance expectations.What truly stands out is their after-sales and technical support.When installation issues arise onsite, their engineers provide instant video guidance and, when necessary, dispatch technicians on schedule.This level of support is essential for maintaining smooth operations for our clients.LCW provides not just products—but reliable solutions.

David Clarke

David Clarke

Technical Director

LCW is our primary supplier for our home product line.Their strengths lie in excellent cost-effectiveness and high-volume manufacturing efficiency, perfectly managing our seasonal bulk orders.Their designers also understand Western aesthetic preferences and consistently offer attractive product solutions.Occasionally, logistics delays occur due to global shipping issues—not LCW’s fault—but they always work proactively to resolve them.Overall, LCW is a crucial partner in achieving our business goals.

Emily

Emily

R&D Director

The medical device industry demands the highest standards of compliance and traceability, and LCW has demonstrated exceptional capability in both areas.They operate under a comprehensive quality management system and provide full batch traceability, greatly simplifying our audit processes. Their handling of biocompatible materials is also highly professional.While aligning standards and regulations took time at the beginning, it was a worthwhile investment. LCW is a trusted extension of our manufacturing department.

Kenji Tanaka

Kenji Tanaka

Procurement Manager

Our cooperation with LCW emphasizes precision and discipline.Their documentation is well-organized, and production processes are fully transparent—we can track our orders in real time through their system.Product quality is consistently stable, with defect rates kept exceptionally low as per contract. The only thing to note is that orders should be planned in advance during Japan’s Golden Week or the Chinese Spring Festival, though LCW always provides early notice. Their rigorous approach fits perfectly with our corporate culture.

Sarah Jenkins

Sarah Jenkins

Project Manager

As a startup, we needed a manufacturer who could not only understand our vision but also work flexibly with us—and LCW delivered exactly that.They helped us optimize our product prototype design from scratch, making it more suitable for mass production while effectively controlling costs.Their responsiveness rivals that of local companies, often holding meetings outside of working hours to align with our time zone.Although small-batch production costs are relatively high, that’s standard in the industry. LCW played a vital role in helping us successfully launch our product.

Klaus Richter

Klaus Richter

Technical Director

LCW is a key part of our global supply chain.Their engineering team has an impressive understanding of quality, and every component we receive meets the stringent standards of the German automotive industry.Their automated production lines guarantee excellent consistency. Occasionally, language barriers arise during technical discussions, but their team always uses drawings and data to ensure perfect understanding.LCW’s reliability has significantly reduced our quality inspection costs—they’re a partner we can depend on for the long term.

Stamping Processing FAQs


What is stamping?

Stamping is a manufacturing process that applies pressure to separate or deform metal sheets in a mold, in order to obtain the desired shape and size of parts. We can flexibly adopt various stamping processes such as cutting, punching, bending, stretching, and precision punching to achieve high-precision and high-efficiency production based on the structural characteristics and quality requirements of the parts.

What are the advantages of stamping?

Stamping can achieve the integration of complex processes through continuous mold actions, resulting in extremely high production efficiency. This process has excellent repeatability and consistency, making it particularly suitable for manufacturing lightweight components with thin-walled and complex shapes, and supporting flexible requirements from prototype testing to large-scale production. It is an ideal process for achieving automation and intelligent manufacturing.

How does LCW ensure the quality of my stamped parts?

LCW ensures the quality of stamped parts through a full process quality control system: from material entry, mold accuracy, stamping production to final processing, the entire process strictly follows the ISO 9001 standard. We rely on high-precision equipment and comprehensive testing methods (such as optical imaging, CMM, performance testing) to ensure that each batch of products fully meets your specifications in terms of size and performance, and can provide corresponding testing reports.

What are the reasons for burrs on stamped parts?

Stamping burrs are mainly caused by unreasonable mold clearances, blade wear or chipping. It is an important indicator for measuring the stamping process and mold condition.

What are the advantages of continuous die stamping?

Continuous die stamping integrates multiple processes into one set of molds, and through a feeding system, achieves efficient, highly automated, and low-cost mass production, while ensuring high-precision consistency of products.

What are the special requirements for molds in precision stamping?

Core requirement: Adopt V-shaped edge pressing ring and reverse pressure plate structure; Use extremely small mold gaps; Equipped with high-precision guidance; Mold materials require high wear resistance and toughness; And rely on specialized fine flushing lubricating oil.

How to choose the appropriate tonnage of stamping equipment?

Choose based on the force required for stamping process. Punching force ≈ Punching circumference × Material thickness × Material shear strength, and an additional 20% -30% safety margin is required.

How to solve the problem of workpiece fracture during stamping and stretching process?

Main solution: Increase the fillet radius of convex/concave molds; Use materials with better ductility; Improve lubrication conditions; Adjust (reduce) the edge pressure to avoid excessive stretching.

What are the benefits of stamping?

Stamping processes offer exceptionally high production efficiency and excellent material utilization, enabling rapid, high-volume manufacturing of complex-shaped components. Parts produced through this method feature lightweight construction, superior strength and rigidity, dimensional stability, and outstanding surface quality. They also deliver consistent batch-to-batch quality and highly competitive per-unit costs.

What are the applications of stamping?

Stamping technology is widely used in fields such as automobile manufacturing, aerospace, electronic appliances, medical equipment, precision instruments, and daily hardware. LCW focuses on providing high-precision, high-strength, and complex structured stamped parts, providing professional solutions from mold development to large-scale production for various structural, functional, and appearance parts.

Get a Quote for Stamping Processing

Customers

6000 +

Processed Parts

10000000 +
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The information you provide is strictly confidential and secure