E-Mobility
Learn how HV batteries, inverters, and power transistors are reliably cooled – compact, efficient, and perfectly tailored for your application.
FINPRESS
Combined Air and Liquid Cooling
Profile heat sinks with embedded tubes for optimal thermal management – maximum efficiency through the combination of air and liquid cooling.
Learn more in a callFrom Extruded Profile to Ready-to-Use Finpress Cooling Plate
Combined Cooling System
We can press a meander structure into any extruded profile according to your specifications. The result is a liquid cooler that combines air and liquid cooling in one system.
Best performance at high inlet temperatures or limited natural convection
Flexible combination of air and liquid cooling for maximum thermal performance
Optional: direct integration of the cooling channel into profiles with sufficient base thickness
Various Tube Materials & Minimum Bending Radii
Copper, aluminum, stainless steel or special alloys such as copper-nickel
Precise pressing technology for tight radii and complex layouts
Optimal heat transfer without foreign materials or adhesives
Versatile Connection Options
Standard or custom connections
Internal, front-side or external mounting
Front-mounted water distributors for uniform coolant distribution
Easily adaptable to different systems and layouts
Functional Design of Finpress Cooling Components
In thermally demanding applications, Finpress combines air and liquid cooling for maximum efficiency.
Extruded profile coolers are connected with liquid circuits depending on the application, allowing targeted heat dissipation. The design can be customized to avoid hotspots and ensure uniform operating temperatures.
Learn more in a call
The Key Advantages at a Glance
Combined Cooling: Air and liquid cooling for maximum thermal performance
Flexible Integration: Press-fitting according to customer specifications, direct channel integration possible
Precision Manufacturing: Extruded profiles and press-fittings for highest dimensional accuracy
Fluid-Carrying Inserts: Copper or stainless-steel inserts for optimal heat transfer
Embedded Copper Inserts: Uniform heat distribution, stable temperatures
Integrated Heat Pipes: Effective hotspot reduction and increased cooling capacity
Reliability Tested: Leak tests and durable constructions
Performance Optimization by COOLTEC
Through targeted optimization, Finpress coolers achieve highly efficient heat dissipation and ensure long-term protection of electronic components. Digital thermal simulations help fine-tune tube routing, heat pipes, and inserts for maximum cooling performance under demanding conditions.
Fluid-Carrying Inserts
Copper or stainless-steel inserts transfer heat directly to the circulating coolant. They can be easily combined with embedded tube systems to further increase total performance – ideal for high power densities or dynamic temperature profiles.
Copper Inserts as Heat Spreaders
Copper inserts evenly distribute heat across the heat sink, reducing hotspots and maintaining stable operating temperatures. They also extend the service life of thermally sensitive components.
Embedded Heat Pipes
Heat pipes use phase change technology to transfer heat efficiently. They significantly increase cooling performance and ensure stable temperatures even in high-performance applications. This minimizes hotspots and improves temperature control.
Thermal Simulation & Development
COOLTEC supports the design of your cooling solution:
-
Thermal simulations and CAD optimization
-
Custom design for maximum cooling performance
-
Short development times thanks to decades of experience
Thermal Challenges? We’ll Solve Them.
Whether high-performance electronics or limited installation space: we develop cooling systems that combine performance and reliability – fast, precise, and tailored to your needs.
components.faqTitle
Finpress coolers are ideal when high power densities and compact designs require efficient cooling. They combine air and liquid cooling to prevent hotspots and ensure stable operating temperatures.
Finpress coolers use copper, aluminum, stainless steel, or special alloys such as copper-nickel. The material selection depends on thermal, mechanical, and fluid-related requirements.
The press-fit technology integrates liquid channels directly into extruded profiles. The direct metallic contact enables efficient heat transfer without adhesives or foreign materials.
Performance can be enhanced through fluid-carrying inserts, copper heat spreaders, or integrated heat pipes. Thermal simulations help fine-tune tube layout and flow for the specific application.
Finpress coolers offer both standard and custom connection options. They can be mounted internally, on the front side, or externally – including water distributors for even flow distribution.
