At Getec Industrial we design and manufacture thermal management solutions that use heat pipes and progressive die stamping to make better heat sinks. We cover design, manufacture, and implementation of heat pipes and heat sinks for industries from consumer electronics to heavy machinery.

Heat Pipe Applications
Heat pipes are part of thermal management and are great at transferring heat. Here’s how we use them:
- Electronics: Our heat pipes cool high performance electronics so devices like laptops, gaming consoles and servers are stable and long lasting.
- Aerospace and Defense: We have heat pipe solutions that can withstand extreme environments, critical for the aerospace and defense industries where thermal management is key.
- Automotive:Our heat pipes cool electric vehicles, particularly in battery cooling systems, to improve safety and battery life.
- Telecom:We design heat pipes to keep telecom equipment at the right temperature to prevent overheating and continuous operation.
Heat Sink Design Using Progressive Die Stamping
Progressive die stamping is the foundation of our heat sink manufacturing process. This allows us to make heat sinks with complex designs and high thermal performance fast.
- Custom: Each heat sink is designed to meet the thermal and spatial requirements of our customer’s project. Progressive die stamping allows for complex, multi-functional shapes and designs.
- Efficient: Progressive die stamping makes the process faster, high volume without sacrificing quality so it’s cost effective for large projects.
- Material: We use aluminum and copper materials for their high thermal conductivity and durability to match the application needs.
Progressive Die Stamping in Heat Sink Manufacturing
Progressive die stamping is a very efficient process that is great for making heat sinks and other complex metal parts. Here are some of the benefits:
- High Precision and Consistency: Progressive die stamping can make complex and precise metal shapes with high repeatability which is important for high volume runs.
- Cost Effective: Although the initial setup for progressive die stamping can be higher because of the cost of the dies, it’s very cost effective in the long run especially for high volume. The speed of the process reduces overall cost.
- Versatility: Can be used with various metals, use the right material based on thermal needs and budget. Also, can integrate multiple features and components in one piece reducing assembly requirements.
- Speed: Progressive die stamping is faster than other fabrication processes because it does multiple operations – cutting, bending and punching – in one press cycle. Reduces production time.
Applications of Progressive Die Stamped Heat Sinks
- Consumer Electronics: Used in devices that need heat dispersion, our heat sinks fit in small spaces and dissipate maximum heat.
- Industrial Systems: For industrial applications, our heat sinksmanage high thermal loads of machines, prevent overheating and continuous operation.
- Renewable Energy: In solar inverters and other renewable energy applications, our heat sinks keep efficiency under high thermal conditions.
Heat Sink Design and the Advantages of Progressive Die Stamping
Heat sinks are the most useful devices for electronic and industrial machinery to manage their heat. Improper design of a heat sink causes overheating, which deteriorates performance and may lead to equipment failure. Getec provides custom high-performance designs leveraging innovative heat sink design + advanced progressive die stamping.
Fundamental Ideas of Heat Sink Design
Here are a few of the most important factors involved in heat sink design that need to be taken into account if the best performance is to be achieved:
- Material Selection: The material affects the thermal conductivity and efficiency of the heat sink. Aluminum and copper are common, with aluminum being popularfor its relatively better thermal properties relative to cost.
- Shape and Surface Area: The geometry of the heat sink should have a high quantity of outside offshoot areas to encourage minimal thermal transfer. This includes choosing the appropriate fin construction and shapes that would increase the total air-exposed surface area cooling performance of the heat sink.
- Fin Design: Fins are the protrusions of heat sinks that conduct thermal energy to the surrounding air. These fins not only guide airflow but also affect thermal performance; the number, size, and shape as well as their spacing have to be carefully considered.
- Thermal Interface Materials: Good heat transfer from the source of heat to its sink is absolutely essential. Thus, TIMs are used to fill air gaps and microscopic irregularities, thereby increasing the efficiency of thermal transfer.
- Cooling Solutions Integration: Heat sinks can be combined with fans or liquid cooling solutions in some applications to provide even better thermal management.
Applications and Innovations
Getec Industrial uses progressive die stamping to produce heat sinks for various applications, from consumer electronics that need compact high efficiency components to industrial systems that require robust thermal management solutions. Advances in die technology and thermal engineering have allowed us to push the boundaries of heat sink performance and address the cooling needs of advanced technology systems including high power electronics and renewable energy systems.
Why Choose Getec Industrial?
- Expertise: With years of thermal management experience, Getec Industrial is leading the way in thermal management technology.
- Custom Solutions: We deliver custom solutions to fit your exact requirements.
- Quality and Reliability: We guarantee every product meets and exceeds industry standards and client expectations.
Best in Class Turnkey Manufacturing
Our 300,000 sq. ft. facility with an annual capacity to produce over 975 metric tons of extruded aluminum. One roof aluminum manufacturing with all processes under one roof to maintain quality standards uniformity across all our products.
Custom Heat Sink Design & Production
We can do in house:
- Aluminum Extrusion: Convert aluminum into heat sink shapes to dissipate heat.
- CNC Machining: Precision designs.
- Metal Stamping: Simple components.
Having an end-to-end design, manufacturing, customization and distribution process means you get the best quality custom heat sinks or any other thermal solutions.
Innovative Thermal Design Solutions
We provide end to end thermal management from electronics cooling to complex industrial systems.
Our solutions are here to pre-empt and solve your thermal problems for you:
- Thermal Behavior Prediction: We use a computerized tool to predict thermal behavior and improve performance.
- Heat Sink Custom Design: We design and manufacture passive heat sink and low overhead cooling reduces air movement to cool.
- Electronics Cooling Design: Our solutions extend PCBs & semiconductor devices life and performance.
- Durable: Made of high grade aluminum our products are efficient and long lasting.
Comprehensive Consulting Services
We cover it all:
- Prototype Design: We work with you from the start to get designs thermally efficient and manufacturable.
- Thermal Efficiency Optimization: We help you get the most out of your systems.
Get in touch with Getec Industrial for Your Thermal Needs
With our thermal knowledge, we can deliver more. We will improve the performance, efficiency and reliability of your products and systems with our custom designs.
Ready to Optimize Your Thermal Solutions?
Contact Getec Industrial to see how our custom heat sinks and thermal solutions can benefit your business. Whether you have a specific thermal problem or want to improve your product performance we’re here to help.