OEM Sheet Metal Riveting Services
At YiChen, we specialize in riveting-a key process in sheet metal fabrication used to join components. Our expertise ensures that each rivet connection is secure and reliable, making our products suitable for industries such as automotive, aerospace, and construction.
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STEP | STP | SLDPRT | IPT | PRT | SAT Files
Automated Equipment
Advanced Manufacturing Processes
Our technical team uses automated riveting systems, precision alignment tools, and process monitoring technologies to assemble components accurately. These tools help us reduce manual errors, maintain consistent joint strength, and improve assembly efficiency across small and medium-sized batch production.
One-Stop Service
We provide integrated services from initial design consultation to final product delivery. This includes CAD modeling, prototype testing, parts machining, assembly, and logistics coordination.
High-Quality Competitive Production Components
We aim to balance product quality with cost control. By optimizing manufacturing processes, we reduce production expenses and reflect those savings in our pricing.
Outstanding Timeliness
We follow a structured workflow for each order, including order confirmation, material preparation, production scheduling, and quality checks before shipment. Dedicated personnel are assigned to update customers at key milestones and coordinate with logistics partners to support on-time delivery.
Advanced Automated Riveting Solutions
We use automated riveting technology to improve assembly efficiency and positioning accuracy.
How Riveting Process Works
We apply riveting technology in sheet metal fabrication to connect components. The process includes aligning parts, selecting appropriate rivets, and forming the rivet tail using controlled force. This method helps maintain joint strength and meet basic structural requirements in various applications.
15+
Years in Manufacturing
700+
Sets of Machine
120+
Countries Shipped
Our Commitment to Quality Assurance
Our stringent quality control processes are designed to ensure that the products delivered to customers fully meet their size and performance requirements.
Comprehensive Quality Control System
We have been certified to the IATF 16949:2016 standard for over 10 years. This globally recognized system, based on ISO 9001, ensures we consistently deliver high-quality, reliable products for the automotive industry.
- IATF 16949:2016 Certification
- ISO 9001
- Over 10 Years of Certification
Advanced Inspection Equipment
We utilize advanced quality inspection equipment, including coordinate measuring machines (CMMs), 3D blue light scanners, dimensional projectors, and infrared full-inspection devices. These tools enable precise measurement of material performance, appearance, and dimensional accuracy across multiple parameters, ensuring the highest standards of product quality.
- Product material inspection
- Product performance inspection
- Product appearance inspection
Experienced Quality Control Team
Our quality control team has over 10 years of experience in manufacturing quality management. They are proficient in advanced tools such as SPC, FMEA, PPAP, APQP, and MSA, and have received professional Six Sigma training. With their expertise, we ensure every process meets the highest standards of precision and consistency.
- More than 10 years of experience
- SPC, MSA, FMEA, PPAP, APQP
Extensive Automotive Parts Manufacturing Experience
Yichen specializes in stamping and forming vital automotive parts, including body structures, chassis reinforcements, and interior frames, with a strong focus on precision, strength, lightweight design, and NVH performance.
Sheet Metal Processing Guide and Capabilities
| Maximum Part Processing Capacity | L3000mm |
| Minimum Part Processing Capacity | 15mm*15mm |
| Maximum Part Thickness Processing Capabilities | 6.5mm |
| Maximum Die Opening Width | V48 |
| Maximum Pressure | 110T |
| Bending Angle | 1°~135° |
| Die Opening Height | 480mm |
| Bending type | Hydraulic Bending |
| Control system | DNC600 Numerical Control System, Servo Bending Numerical Control System, Centralized PLC Control. |
Surface Treatment Processing Guide And Capabilities
| Type: | Galvanizing, Zinc-Nickel Plating, Electrophoretic Coating, Spray Painting, Powder Coating, Dacromet, Magni Coating, Geomet Coating. |
| Electroplating thickness/ Salt spray test: | 3-15μm, Salt spray test 72-1000 hours. |
| Electrophoretic coating thickness, Salt spray test. | 18~35μm,Salt spray test: 120~480h. |
| Spray painting/powder coating thickness, salt spray test: | 30~80μm,Salt spray test:120~480h |
| Dacromet / Salt spray test: | 4~12μm,Salt spray test:480~1000h |
| Geomet / Magni salt spray test: 120~480h. | 4~12μm,Salt spray test:500~1500h |
| Surface treatment methods | Coating, electrostatic adsorption. |
| Performance characteristics. | Corrosion resistance, wear resistance, heat resistance, aesthetic appeal, UV resistance. |
Sheet Metal Rivets
Mechanical riveting uses a press to quickly and accurately set small to medium-sized rivets, making it ideal for lightweight materials and high-speed assembly lines.
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Pneumatic riveting uses compressed air to drive a piston and set the rivet. This method is ideal for medium to small-sized rivets and works particularly well when speed and efficiency are needed. It's a faster process than mechanical and hydraulic riveting, making it perfect for medium-scale production and applications where rapid turnaround is important. If your product requires quick, efficient rivet setting without the need for extremely heavy-duty applications, pneumatic riveting offers an excellent balance of speed and reliability.
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Hydraulic riveting is a powerful method that uses hydraulic pressure to apply force, making it perfect for thicker, harder materials or larger rivets. This method allows for adjustable pressure settings, offering flexibility for more complex and heavy-duty applications. If your product requires heavy-duty, high-strength rivets or if you're working with thick metals or intricate designs, hydraulic riveting is the best choice. It ensures uniform pressure distribution, which is critical for materials requiring consistent, high-quality fastening.
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Titanium is commonly used in aerospace and medical devices due to its high strength and corrosion resistance.
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Stainless steel has strong corrosion resistance and high hardness, which is suitable for the manufacture of pipelines and containers in petroleum, chemical and other industries.
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Laser cutting
- Can cut materials of different hardness, with a wide range of applications
- Before cutting, the contours of multiple parts can be reasonably arranged on a plate to improve material utilization
- The processing process does not rely on molds, and can be cut directly according to the design drawing, with high processing efficiency
- Adopting non-contact processing, there is no need for the tool to contact the workpiece, avoiding dust splashing and oil residue
Bending
- Can process a variety of materials such as metals and plastics, with a wide range of applications
- Can achieve complex bending structures with multiple angles and curvatures, such as U-shaped, Z-shaped, spiral, etc.
- High bending accuracy, the angle and shape of each workpiece can be kept consistent during batch processing
Mould Manufacturing
- Molds can ensure that each batch of products has the same size and meets quality standards
- Suitable for mass production, effectively reducing unit costs and reducing the waste of raw materials
- Can produce products with curved surfaces, micropores, textures, etc. that are difficult to make by hand
- High-quality molds have a long life and are suitable for long-term repeated use
Stamping
- Using automated equipment, a large number of workpieces can be processed per unit time, and the size consistency is good
- Through the reasonable design of layout and precise processing path, the edges and corners of the plate are effectively utilized to reduce the scrap rate, thereby controlling the material cost
- Can process parts with complex shapes such as multiple bends, concave structures, curved surfaces, etc
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