Exceptional Precision Stamping Parts for Optimal Performance

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  • Exceptional Precision Stamping Parts for Optimal Performance
  • Exceptional Precision Stamping Parts for Optimal Performance
  • Exceptional Precision Stamping Parts for Optimal Performance
  • Exceptional Precision Stamping Parts for Optimal Performance
  • Exceptional Precision Stamping Parts for Optimal Performance
  • Exceptional Precision Stamping Parts for Optimal Performance
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  • Overview
  • Product Description
  • Our production
  • Our quality control
  • Packaging & Shipping
  • Company Profile
Overview

Basic Info.

Type
Hot Stamping
Processing Type
Shaping Metal
Material
Any Metal
Mould
Multistep Progressive Dies
Surface Processing
Electroplating
Fine Blanking
Multi-Position
Process
Forming Process
Industry
Metal Stamping Parts
Tolerances
0.02mm
Customized
Customized
Transport Package
Carton, Pallet
Specification
100 x 100 x150
Trademark
bosswinn
Origin
China
Production Capacity
100000 PCS

Product Description

Product Description

Punching and precision deep drawing are processes used in metalworking to create parts with specific shapes and dimensions. 

Punching typically involves the use of a punch press machine to cut or shape metal by applying force with a punch tool through a die that has a corresponding shape . The punch head moves up and down, applying the necessary force to cut or form the material against the die . This process is commonly used for creating holes, slots, or other shapes in metal sheets.

Precision deep drawing, on the other hand, is a metal forming process that involves stretching a metal blank over a die to create a three-dimensional object with a hollow or cylindrical shape . This process is used to produce parts with high dimensional accuracy and a smooth surface finish. Deep drawing is particularly useful for creating parts that require a significant amount of strength but are also lightweight, such as automotive components, household appliance parts, and electronic device covers .

The machinery used in these processes must be capable of applying precise and controlled forces to achieve the desired part dimensions and tolerances. Punching machines often include components such as a base or bed for stability, a frame for support, a ram for the punching action, and a die for shaping the material . Deep drawing machinery may include a hydraulic press for applying the necessary pressure, a forming die, and sometimes a blank holder to control the flow of the metal during the drawing process .

Both processes are essential in the manufacturing of a wide range of products across various industries, from automotive to electronics, and are known for their ability to produce parts with high precision and consistency .


Exceptional Precision Stamping Parts for Optimal Performance

Exceptional Precision Stamping Parts for Optimal Performance





Exceptional Precision Stamping Parts for Optimal PerformanceExceptional Precision Stamping Parts for Optimal Performance
Material Steel, Stainless steel, Aluminium, Brass, etc.
Specification As your drawing
Processing Laser cutting, bending, punching, welding, stamping, riveting, etc.
Surface treatment Polishing, galvanizing, powder coating, anodizing, electroplating, brushing, silk screen, etc.
Drawing format CAD, solidworks, PDF, pictures
Service Type OEM&ODM
Certificate ISO9001, SGS, TUV
Factory area 6000 square meters
Exceptional Precision Stamping Parts for Optimal Performance
Our production

 

Deep drawing is a manufacturing process that shapes metal sheets into parts with specific shapes and dimensions using stamping and dies. Here are the key points in deep drawing part production:

Material Selection: Deep drawing is suitable for materials with good ductility, such as aluminum, stainless steel, copper, and certain special alloys. The ductility and tensile strength of the material are crucial for the successful completion of deep drawing.

Die Design: Die design is essential for the deep drawing process. The die must precisely shape the metal, limit defects, and enhance the overall quality of the finished product. Good die design ensures that the metal flows evenly during drawing, preventing excessive stretching or tearing of the material.

Lubrication: Proper lubrication can reduce tool wear and prevent metal from adhering to the dies. Lubricants can cool the contact area between the die and the material, reducing heat generated by friction, thereby reducing thermal damage.

Drawing Depth and Speed: The depth and speed of the drawing process must be carefully controlled to ensure proper metal flow and to avoid wrinkling or tearing. Control of the drawing speed is crucial for ensuring part quality.

Pressure Control: In the deep drawing process, the force applied to the punch must be sufficient to deform the metal and overcome friction. Additionally, a blank holder is used to keep the metal edge in place against the top of the die to prevent wrinkling.

Temperature Management: Temperature management during the deep drawing process is vital for controlling friction and ensuring part quality. The temperature of the die and the metal can affect the metal's flowability and the coefficient of friction during drawing.

Defect Control: Defects such as wrinkling, tearing, earing, and necking can occur during the deep drawing process. These defects can be minimized through proper die design, lubrication, and process control.

Automation and Precision: The deep drawing process can be automated, reducing labor costs and increasing production efficiency. High-precision deep drawing equipment can ensure the consistency and quality of parts.

Environmental Friendliness and Sustainability: Deep drawing is a material-efficient manufacturing process with little waste. Compared to traditional machining, the deep drawing process does not require the use of environmentally harmful substances such as lead, and it has lower energy consumption.

Wide Range of Applications: Deep drawing is widely used in industries such as automotive, aerospace, electronics, medical, packaging, and defense. It is suitable for manufacturing parts of various shapes and sizes, such as automotive parts, kitchen utensils, aerospace components, electronic device housings, and medical equipment.

Deep drawing is a precise and efficient metal forming technology suitable for producing parts with complex geometric shapes and high dimensional accuracy requirements. By precisely controlling various parameters in the production process, the quality, strength, and durability of the parts can be ensured.

ucts.

Exceptional Precision Stamping Parts for Optimal Performance
Our quality control

 


In deep drawing parts production, quality control is paramount to ensure that the final products meet the required specifications and tolerances. Here are some critical quality control points:

1. **Material Inspection**: Verify the material's chemical composition, thickness, and surface condition to ensure it is suitable for deep drawing.

2. **Blank Dimensioning**: Ensure that the blank (the flat piece of material before drawing) is the correct size and shape to achieve the desired final part dimensions.

3. **Die and Punch Alignment**: Check that the dies and punches are properly aligned to prevent uneven stretching or tearing of the material.

4. **Lubrication Application**: Confirm that the correct type and amount of lubricant is applied to reduce friction and ensure smooth drawing.

5. **Process Parameters Monitoring**: Monitor press speed, tonnage, and press stroke to ensure they are within the optimal range for the specific material and part being produced.

6. **Temperature Control**: Control the temperature of the materials and tools to prevent heat-induced defects such as discoloration or material degradation.

7. **Press Maintenance**: Regularly maintain and calibrate presses to ensure consistent performance and precision.

8. **In-Process Inspection**: Periodically inspect parts during the production run to identify and address any issues before they lead to scrap or rework.

9. **Waste and Scrap Monitoring**: Keep track of waste and scrap rates to identify potential areas for improvement in the process.

10. **Defect Identification**: Be vigilant for common deep drawing defects such as wrinkling, tearing, thinning, earing, and galling, and take corrective actions as needed.

11. **First Article Inspection**: Conduct a thorough inspection of the first few parts off the press to validate the setup and adjust as necessary.

12. **Statistical Process Control (SPC)**: Implement SPC methods to monitor key variables and trends in the production process, allowing for proactive quality control.

13. **Final Inspection**: Inspect the final parts for dimensional accuracy, surface finish, and any visible defects to ensure they meet quality standards.

14. **Documentation and Traceability**: Maintain detailed records of the production process, including material lots, tooling used, and process parameters, for traceability and future reference.

15. **Operator Training**: Ensure that operators are properly trained in quality control procedures and are aware of the importance of their role in maintaining process integrity.

16. **Feedback Loop**: Establish a feedback loop with the design and engineering teams to continuously improve part design and production processes based on quality data.

17. **Customer Specifications Review**: Regularly review customer specifications and industry standards to ensure that the quality control criteria align with the latest requirements.

By strictly adhering to these quality control points, manufacturers can minimize defects, reduce costs, and ensure customer satisfaction through consistent, high-quality deep drawing parts production.

Exceptional Precision Stamping Parts for Optimal Performance
Packaging & Shipping

The packaging and delivery of metal springs is a process that requires meticulous attention to ensure that the springs are not damaged during transportation and are efficiently delivered to the customer's hands. Here are some key points for the packaging and delivery of metal springs:

Cleaning and Inspection: Before packaging, springs must be thoroughly cleaned and inspected to ensure there is no oil, dust, or other contaminants.

Appropriate Packaging Materials: Springs should be packaged in appropriate materials such as waterproof bags, plastic boxes, or metal cases to prevent moisture, corrosion, or physical damage during transportation.

Rust Prevention: To prevent rust, springs may need to be coated with anti-rust oil or wrapped in anti-rust paper before packaging.

Neat and Ordered: Springs should be neatly arranged in the packaging container to reduce movement and friction during transportation.

Labels and Documentation: Each package should have clear labels indicating product information, quantity, customer information, and any special handling instructions. In addition, delivery documents, such as invoices, packing lists, and certificates of quality, should be provided with the goods.

Packaging Methods: According to customer requirements, springs can be bulk-packed, hung, or separated by cards to facilitate customer operation and receipt.

Protective Packaging: For fragile or high-value springs, additional protective packaging may be required, such as edge reinforcement or extra cushioning materials.

Tracking and Traceability: From material delivery to packaging and delivery, the entire process card of the product should be tracked, and data collection should be carried out to achieve production process tracking and quality traceability, effectively avoiding issues in the production process.

Mode of Delivery: Based on the size, weight, and destination of the springs, the appropriate mode of transportation should be chosen, such as trucks, trains, ships, or airplanes.

Customer Communication: Maintain communication with customers to ensure that delivery times and methods meet their expectations and provide necessary support during the delivery process.

Environmental Considerations: Where possible, choose recyclable or biodegradable packaging materials to reduce environmental impact.

Compliance with Standards: Ensure that the packaging and delivery process complies with industry standards and regulatory requirements.

By following these key points, the safe delivery of metal springs can be ensured, while also meeting customer expectations for quality and service.
 

Exceptional Precision Stamping Parts for Optimal Performance
Exceptional Precision Stamping Parts for Optimal Performance
Exceptional Precision Stamping Parts for Optimal Performance
Exceptional Precision Stamping Parts for Optimal Performance
 
Company Profile

1. Company Overview
1.1 Establishment Background and History
Bosswinn was established in Zhuji City, Zhejiang Province, focusing on the production and research and development of high-quality springs and mechanical components. Since its establishment, the company has been committed to providing precision-engineered mechanical components for global customers to meet the needs of various industries.

Development History: Since its establishment, Bosswinn has quickly gained a foothold in the field of mechanical component manufacturing through its exquisite craftsmanship and relentless pursuit of quality. The company continuously introduces advanced production equipment and technology to ensure the precision and performance of its products.
Market Positioning: As a professional mechanical component manufacturer, Bosswinn enjoys a good reputation in both domestic and international markets, and its products are widely used in the automotive, aviation, electronics, and other industries.

1.2 Core Team
The core team of Bosswinn consists of a group of experienced engineers and technical personnel who possess profound professional knowledge and practical experience in the field of mechanical manufacturing.

Team Composition: The team members include senior designers, process engineers, quality control experts, and production management personnel, who together ensure the high standards and quality of the company's products.
Professional Certification: The team members hold relevant professional qualifications, such as ISO 16949, which proves the team's professional ability and adherence to industry standards.

1.3 Core Technology
Bosswinn owns a series of core technologies that are key to maintaining competitiveness in the field of mechanical component manufacturing.

Precision Manufacturing: The company uses CNC precision machining technology to ensure that each product meets industry standards and satisfies customers' strict requirements for precision and quality.
Special Processes: Bosswinn is skilled in special processes such as stamping and stretching, capable of producing customized products that meet special requirements.
Technological Innovation: The company continuously invests in research and development to promote technological innovation in order to adapt to market changes and customer needs.

2. Products and Services
2.1 Main Product Introduction
Bosswinn focuses on producing high-quality springs and mechanical components, with its main products including:

BOSSWINN Helical Spring: Designed with precision, it has excellent performance and is widely used in mechanical systems that require high resilience and stability.
Wave Spring: Characterized by its stable and reliable performance, it meets the needs of industrial applications under high-intensity working conditions.
Clutch Bearing Sleeve: Ensures precise cooperation with mechanical equipment through high-precision processing, improving overall operational efficiency.

The company's products are ensured to meet industry standards through CNC precision machining technology, and at the same time, it provides exquisitely crafted products such as stamping and stretching pieces to meet customers' special needs.

2.2 Scope of Services and Customization Capability
Bosswinn provides a full range of services, including but not limited to:

Customization Services: As an expert in mechanical component customization, the company can provide personalized design and manufacturing services according to customer needs.
Global Services: BOSSWINN series products have served the global market, with an international perspective and experience, capable of meeting the needs of customers in different regions.
Quality Certification: The company holds a 16949 certificate and has been certified by third-party companies such as BV and SGS, ensuring high standards and quality of products and services.

Bosswinn has won the trust of customers and market recognition through continuous technological innovation and process improvement, providing one-stop services from design, manufacturing to after-sales for customers, and is committed to becoming the most trusted partner for customers.

3. Market and Customers
3.1 Market Positioning and Competitive Advantage
Bosswinn's positioning in the mechanical component market is as a customization expert for high-quality springs and mechanical components. The company has successfully shaped well-known brands such as BOSSWINN and established a competitive advantage in the field of precision manufacturing with its exquisite craftsmanship and leading technology.

Market Positioning: Bosswinn focuses on the high-end market, providing customized mechanical component solutions for customers to meet their strict requirements for precision and quality.
Competitive Advantage: The company has advanced CNC precision machining equipment and stamping and stretching technology to ensure the stable and reliable quality of products, and at the same time has the ability to respond quickly to market changes to meet customers' personalized needs.
Certifications and Honors: Bosswinn holds international quality management system certifications such as ISO 16949 and has been certified by well-known international certification bodies such as BV and SGS. These certifications and honors prove the company's leading position in the industry and its strict requirements for quality.

3.2 Customer Groups and Cases
Bosswinn's customer base spans the globe, including many well-known domestic and international companies. The company's products are highly recognized by customers for their outstanding performance and stable quality.

Customer Groups: The company serves customers across various industries such as automotive, aviation, electronics, and machinery manufacturing, which have very high requirements for product precision and reliability.
Customer Cases: BOSSWINN series products have been used for a long time by many well-known companies, such as clutch bearing sleeves in the automotive industry, whose high-precision processing and precise matching have won the trust of customers.
Word of Mouth Testimony: The company has established good customer relationships by providing continuous technical support and quality after-sales service. Positive feedback and recommendations from customers have become a strong proof of the company's market expansion.

4. Certifications and Honors
4.1 Quality Certification
Bosswinn holds an ISO 16949 certificate, which is the international quality management system standard for the automotive industry, signifying the company's advanced nature and professionalism in quality management.

Certification Scope: It covers the entire process of the company from raw material procurement, production process control to product shipment, ensuring the stability and reliability of product quality.
Third-Party Certification: The company has also passed on-site certifications by well-known international certification organizations such as BV (Bureau Veritas) and SGS (Société Générale de Surveillance), further proving the company's international standards in quality control and management systems.

4.2 Awards and Recognition Received
Bosswinn has received several industry awards and customer recognition for its outstanding product quality and service.

Industry Awards: The company has received honors such as "Quality Reliable Enterprise" and "Technological Innovation Enterprise" issued by industry associations multiple times, which affirm the company's leading position in the industry.
Customer Recognition: BOSSWINN series products have been used for a long time by many well-known domestic and international companies, and the high recognition and word-of-mouth testimony from customers are the greatest honors for the company.

Technology Enterprise: As a technology enterprise in Zhuji City, Bosswinn's achievements in technological innovation and product research and development have been recognized and supported by the local government.

5. Development Strategy
5.1 Short-Term Goals
The short-term goals of Bosswinn focus on improving production efficiency, optimizing product quality, and expanding market influence.

Production Efficiency Improvement: By introducing advanced automated production lines and optimizing production processes, the plan is to increase production efficiency by 20% in the next year.
Quality Control: Implement a strict quality management system to ensure that each product complies with ISO 16949 standards and passes regular audits by international certification organizations such as BV and SGS.

Market Expansion: Strengthen cooperation with well-known domestic and international companies, and increase the global market share of BOSSWINN series products by participating in international exhibitions and online marketing activities.

5.2 Long-Term Vision
The long-term vision of Bosswinn is to become a world-leading supplier of high-quality springs and mechanical components, achieving sustainable development and internationalization of the brand.

Technological Innovation: Continue to invest in research and development, develop new materials and processes, to maintain a technological edge, and plan to launch at least 5 industry-leading new products within the next five years.

Brand Building: Establish and maintain the high-end image of the BOSSWINN brand by providing excellent products and services, with the goal of increasing brand awareness and loyalty globally.

Global Layout: Explore international markets, and achieve globalization of production and sales networks by establishing overseas offices or cooperative factories, to better serve global customers.

6. Contact Information
6.1 Telephone and Email
The contact telephone number provided by Bosswinn is 18158656856. You can use this number to communicate directly with the company's sales or customer service team to learn more about product details or inquire about prices. In addition, the company also provides email services. You can send an email to raise inquiries or express cooperation intentions. The company will have a dedicated person responsible for replying to your emails and providing professional services.

6.2 Official Website
To gain a more comprehensive understanding of Bosswinn's product lines, technical strength, and corporate dynamics, you can also visit the company's official website: . The official website usually contains detailed product catalogs, technical parameters, application cases, as well as the latest corporate news and industry information. Through the official website, you can further confirm the professionalism of the company and the reliability of the products. It is also an effective platform for obtaining technical support and after-sales service.
 

Exceptional Precision Stamping Parts for Optimal Performance

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