Winshare Stamped Heat Sink-Excellent Performance, Derived from Precisio

Winshare Stamped Heat Sinks Precision stamping, innovation-driven, green manufacturing, ideal choice for mass customization

What is a Stamped Heat Sinks?

Stamped Heat Sink is a heat sink component made from thin metal sheets (such as aluminum and copper) through precision stamping process. It uses the plastic deformation characteristics of metal to perform a series of operations such as punching, bending, and forming on the sheet through high-precision dies to form a fin shape and structure. Stamped heat sinks are generally suitable for electronic devices with medium and low power density. Due to their high production efficiency and good cost-effectiveness, they have significant advantages in large-volume applications.

Working principle:

The stamped heat sink greatly increases the surface area in contact with the air through its unique fin structure formed by stamping. Heat is quickly transferred from the heat source to the base of the heat sink, and then efficiently dissipated to the surrounding air through the fins. Its heat dissipation efficiency mainly depends on the number, shape, thermal conductivity of the material and airflow conditions (natural convection or forced convection) of the fins. The stamping process can achieve complex fin geometries and optimize airflow channels, thereby significantly improving heat dissipation performance.

Main components:

√：Metal sheet: Usually a high thermal conductivity aluminum alloy (such as 1100, 6063) or pure copper (such as C11000), which is selected precisely based on specific thermal conductivity requirements and cost considerations.

√Precision stamping die: This is the core of stamping heat sink forming, precisely designed and manufactured by an experienced team of engineers, which determines the shape, dimensional accuracy and product consistency of the fins.

√Diversified fin structures: Various fin shapes that optimize airflow can be formed through stamping, such as wavy, Z-shaped, straight fins, staggered fins, etc., to maximize the heat dissipation area and efficiency.

√Flexible connection methods (optional): For stamping parts that need to be combined into multiple pieces or connected to a specific substrate, we provide a variety of assembly solutions, such as riveting, welding or snap-fitting to ensure structural stability and heat conduction efficiency.

The Core Advantages of Stamped Heat Sinks

Highly cost-effective

In mass production, the mold cost of the stamping process can be effectively shared, and the unit cost is much lower than other manufacturing methods, which is very competitive in the market.

Excellent design and structural flexibility

It can realize complex geometric shapes and fine fin structures, and can integrate mounting holes, buckles and other functions in one piece to simplify subsequent assembly.

Extremely lightweight

The use of thin sheet metal precision stamping makes the stamped heat sink light in overall weight, making it an ideal choice for weight-sensitive applications such as aviation and portable devices.

Wide material compatibility

A variety of high-performance metal materials such as aluminum, copper, and stainless steel can be flexibly selected according to thermal conductivity requirements, environmental conditions, and cost budget.

Efficient automated production

The stamping process has a high degree of automation and significant production efficiency, and can quickly respond to and meet large-scale, high-frequency batch order demands.

High precision and consistency

Precision molds and automated production lines ensure extremely high consistency in size and performance between product batches, effectively reducing the defective rate.

Winshare Stamped Heat Sinks Core Features and Innovations

Independent research and development and manufacturing of precision molds

We have an experienced mold design and manufacturing team that can independently develop and produce high-precision, high-life stamping dies. This ensures the dimensional consistency, surface finish and excellent heat dissipation performance of our stamped heat sink products, meeting the most stringent tolerance requirements.

Material optimization and efficient utilization

According to the specific application requirements of customers, we can accurately select the most suitable metal plates (such as high thermal conductivity aluminum, pure copper), and maximize material utilization by optimizing the nesting method, effectively controlling costs while ensuring performance.

Independent research and development and manufacturing of precision molds

Winshare has introduced internationally advanced automated stamping equipment and production lines to achieve high-efficiency, high-capacity mass production. This not only shortens the delivery cycle, but also further improves the cost competitiveness of the product.

Flexible integration solutions
Our stamped heat sinks can be flexibly integrated and assembled with other thermal management components such as heat pipes, fans, thermal pads, etc. according to customer needs to provide a complete, plug-and-play cooling module, simplifying your supply chain and assembly process.

Stamped Heat Sinks Technology Innovation

Winshare has always been at the forefront of stamping cooling technology. Through continuous R&D investment, it continues to break through traditional limitations and provide customers with more forward-looking cooling solutions.

Advanced simulation and design optimization

Using advanced CFD and FEA tools, we conduct all-round simulation analysis of stamped heat sinks in terms of heat flow, structural stress, vibration, etc. to achieve ultimate performance optimization.

Smart Manufacturing and Quality Control

The introduction of AI-assisted automated production and online testing systems ensures that product accuracy and batch consistency meet the highest industry standards.

New materials and composite technologiesActively explore the application of new high thermal conductivity alloys and composite materials in stamped heat sinks to improve the heat dissipation limit.

Microstructure and surface enhancement

Research and apply microstructure stamping technology and surface treatment technology to further enhance the heat transfer efficiency of the fin surface.

Green Manufacturing and Sustainable Development

Winshare adheres to the concept of sustainable development and is committed to minimizing the impact on the environment in the production process of stamped radiators to achieve a harmonious unity of economic benefits and social responsibility.

Environmentally friendly materials are preferred

Prioritize recyclable and low environmental impact metal materials, and ensure that all materials comply with environmental protection standards such as RoHS.

Waste Reduction and Recycling

Reduce waste generation by optimizing stamping layout and process flow; classify production waste for recycling and reuse.

Energy efficiency improvement

Introduce energy-saving stamping equipment and production technology, optimize energy management, and reduce energy consumption in the production process.

Clean production process

Environmentally friendly cleaning agents and surface treatment processes are used to reduce emissions of harmful substances and protect employee health and the environment.

Why Choose Winshare Stamped Heat Sinks?

Winshare has profound professional accumulation, leading manufacturing capabilities and a spirit of continuous innovation in the field of stamping heat sinks. We are not only a manufacturer, but also your trusted partner, committed to providing stamping heat dissipation solutions with high precision, high efficiency, high cost performance and in line with the concept of sustainable development.

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Winshare Stamped Heat Sinks Quality Certification and Guarantee

International system certification:

ISO 9001:2018: Comprehensive quality management system covering the entire process of product design, production, testing and service
ISO 14001:2004: Environmental Management System Certification reflects our commitment to green manufacturing and sustainable development.
TS 16949: (if applicable) Automotive industry quality management system, ensuring that products meet the high standards required in the automotive field.
Precision quality control:

Incoming Quality Control (IQC): Strictly screen and test raw materials to ensure they meet standards.
Process Inspection (IPQC): Real-time monitoring of each production link to ensure stamping accuracy and consistency.
Finished product inspection (FQC): Conduct comprehensive inspections on the final product in terms of size, appearance, performance, etc.
Reliability testing: including salt spray testing, vibration testing, thermal shock testing, etc., to verify the long-term stability of the product in harsh environments.
Full traceability and continuous improvement:

We have established a complete product traceability system to ensure the traceability of the entire process from raw materials to finished products. At the same time, adhering to the concept of continuous improvement, we continuously optimize the production process and management process, and are committed to providing customers with better quality and more reliable stamping radiator products.

Winshare Stamped Heat Sinks Application Areas

Winshare's stamped heat sinks are widely used in the following fields with low to medium power density heat dissipation requirements due to their high cost-effectiveness and flexible design:

Consumer Electronics

Personal computers, laptops Routers, set-top boxes Smart home appliances, gaming devices

LED Lighting

Low and medium power LED lamps Downlight, spotlight, panel light LED Driver Power Supply

Automotive Electronics

In-car infotainment system Light control module Some low power ECUs

Communications Equipment

Small network switch Fiber Optic Transceiver Wireless communication module

Power Module

AC/DC Converter DC/DC Converters Various switching power supplies

Industrial Control

Small controller Sensor Module Automation equipment components

Winshare Stamped Heat Sinks Customization Process

Demand communication and feasibility analysis

Conduct an initial technology evaluation with a thorough understanding of your thermal requirements, product application, size constraints, expected production volumes and cost targets.

Mould design and development

According to the confirmed design plan, an experienced team will carry out precision mold design, mold manufacturing and debugging.

Sample preparation and verification

The samples are punched using the newly developed dies and subjected to rigorous size, performance and reliability tests.

Batch production and process control

After the samples are confirmed, the automated production line is started for mass production, and IPQC is strictly implemented throughout the process to ensure product consistency.

Surface treatment and final inspection

Anodizing, nickel plating and other surface treatments are carried out according to requirements, and FQC is carried out to ensure that the product appearance and performance meet the standards.

Packaging and delivery logistics

The products are professionally packaged to ensure transportation safety and delivered to the customer's designated location on time, providing perfect after-sales service.

Winshare Stamped Heat Sink FAQ

Q What surface treatments does Winshare provide for stamped heat sinks?

A We offer a variety of surface treatment options to meet different performance and appearance requirements, including but not limited to: anodizing (increases corrosion resistance and insulation), nickel plating, passivation, electrophoresis, etc.
Q Is the mold cost of stamping heat sink high?

A The initial development cost of a stamping die is relatively high, but once the die is developed, the cost per piece in mass production is significantly reduced. Therefore, stamping heat sinks is extremely cost-effective for large-volume orders.
Q Are stamped heat sinks suitable for high power applications?

A Stamped heat sinks are generally more suitable for electronic devices with low to medium power density. For high power applications, it may be necessary to combine heat pipes, fans or other more efficient heat dissipation technologies (such as our bonded fin heat sinks) to meet the heat dissipation needs.

Q How does Winshare ensure the dimensional accuracy and consistency of stamped heat sinks?

A We ensure the dimensional accuracy and high consistency of each batch of products by independently developing and manufacturing high-precision molds, using advanced automated stamping equipment, and strict online and offline dimensional inspections (such as three-coordinate measuring machines).
Q How thin can a stamped heat sink be?

A The stamping process allows for the use of very thin metal sheets. The specific thickness depends on the material type, heat sink structural design, and strength requirements. We can achieve the ultimate lightweight design based on your needs while maintaining structural integrity.

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What is a Stamped Heat Sinks?

Working principle:

Main components:

The Core Advantages of Stamped Heat Sinks

Highly cost-effective

Excellent design and structural flexibility

Extremely lightweight

Wide material compatibility

Efficient automated production

High precision and consistency

Winshare Stamped Heat Sinks Core Features and Innovations

Why Choose Winshare Stamped Heat Sinks?

Winshare Stamped Heat Sinks Quality Certification and Guarantee

International system certification:

Precision quality control:

Full traceability and continuous improvement:

Winshare Stamped Heat Sinks Application Areas

Consumer Electronics

LED Lighting

Automotive Electronics

Communications Equipment

Power Module

Industrial Control

Winshare Stamped Heat Sinks Customization Process

Winshare Stamped Heat Sink FAQ

Q What surface treatments does Winshare provide for stamped heat sinks?

Q Is the mold cost of stamping heat sink high?

Q Are stamped heat sinks suitable for high power applications?

Q How does Winshare ensure the dimensional accuracy and consistency of stamped heat sinks?

Q How thin can a stamped heat sink be?

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