In the heat sink industry, various techniques are used to shape alloyed metals into the desired form and maximize their thermal properties. These include processes such as stamping, bending, and milling, which allow heat sinks to be precisely adjusted and optimized. The goal is to ensure high thermal conductivity while maintaining mechanical stability.
Both bending and machining require careful selection and consideration of material properties to achieve the desired results and ensure the quality of the final products. Surface quality, temperature resistance, and material hardness are fundamentally important to optimally tailor the individual products to the specific applications.
Tube bending is a crucial value-added step in the production of liquid coolers, where tubes made of copper, aluminum, or stainless steel are precisely bent to create complex cooling structures. The temperature, bending radii, and material strength must be optimally adjusted to ensure deformation without cracking.
Discover
CNC machining plays a central role in the high-precision manufacturing of air heat sinks and liquid coolers. Only through CNC machining are the raw materials transformed into custom air or liquid coolers. The possibilities of machining are diverse.
DiscoverWe place great emphasis on reusability and recyclability not only in our products but also in packaging materials. Our work with recyclable materials creates a sustainable footprint. Many of our raw materials can ideally be 100% recycled and returned to the economic cycle. Feel free to talk to our experts, especially when it comes to alloys or coatings. Together, we will find the best solution for environmentally friendly, future-proof production.
Get the latest overview of news and trends here – and take advantage of exclusive access to our expertise with the Cool How Reports as a PDF download.
Schedule your personal appointment with us today and let our thermal management experts advise you on the optimal cooling solution!
