Are you ready to take your thermal management to the next level? Dive into the world of advanced simulation software tailored for heat sinks and cold plates in power electronics!

Our advanced simulation technology enables the use of the most technologically advanced simulation programs and enables the utilization of different manufacturing methods. we're ensuring maximum efficiency and reliability for your power electronics.

Here's a glimpse of what our advanced processes offers:

1.      Comprehensive Material Options: From aluminum to copper and various alloys, our software and manufacturing methods supports a wide range of materials to suit your specific requirements. Each material comes with its unique thermal conductivity and mechanical properties, these are taken into account in the accurate simulation and the best features for the respective target are taken into account.

2.      Versatile Features: Whether you're working with extruded, blanks or bonded features in heat sinks, we are able to accommodates diverse designs. Explore different options, from standard shapes to custom configurations or fully tailored to maximize heat dissipation efficiency.

3.      Integrated Pinfin Technology: Unlock the potential of integrated pinfin structures to enhance heat transfer performance. Our process allows you to simulate intricate pinfin arrangements, optimizing their size, spacing, and orientation for superior thermal performance.

4.      Mechanical Forms and Structures: Delve into the realm of mechanical design with our software's advanced modeling capabilities. Explore various forms and structures, from traditional fin arrays to innovative geometries, to unleash the full potential of your thermal solutions.

5.      Hotspot Integration: Seamlessly integrate heat sinks and cold plates into your power electronic hotspots. Visualize the heat distribution based on real situation, analyses the various structural options and interaction between different scenarios to ensure efficient thermal management across the entire system.

6.      Detailed Analysis: Gain deeper insights into thermal behavior through detailed analysis tools. From temperature distribution maps, heat fluxs to pressure drop, our software provides comprehensive data to guide informed decision-making and design refinement.

Laser welding as our manufacturing method does not limit design or manufacturing, it is important to note that the manufacturing of prototypes is done on a very fast schedule and cost-effectively.

This is based on the fact that the process is very lean, for example fasteners do not need to be designed or manufactured, we only need the physical parts and the “table”.

Let's embark on a journey towards optimized thermal performance and groundbreaking engineering excellence!

For more and deeper analyzation of your case, contact juha.haaslahti@hollmen.com

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