Generative Thermal Design Platform
ColdStream – Full
Cold Plate development in its most intelligent form
Use generative design to effortlessly explore, test and validate advanced heat sinks. Whether for automotive engineering, high-performance computers, LED cooling or other applications, ColdStream, a software product from Belgian company Diabatix, accelerates your design process and pushes thermal boundaries.
ALPHA-Numerics is the exclusive partner for consulting, training and distribution of Diabatix products in the following countries:
- Germany
- Austria
- Switzerland
- Hungary
- Poland
- Romania
ColdStream Full – for any Industry Field
World’s most powerful generative design software for thermal management
ColdStream is designed to support beginner engineers while empowering seasoned experts. No matter your level of experience, our software adapts to your needs, providing the tools to tackle any design challenge with confidence. Regardless of the complexity, we’ve got you covered every step of the way.
Boost thermal performance
Achieve superior thermal efficiency with designs optimized beyond traditional methods. Generative design helps you push the boundaries of performance with precision.
Accelerate your design process
Speed up your development cycle with rapid iterations and intelligent design generation. Reduce time-to-market by leveraging advanced algorithms to streamline your workflow.
Minimize human design bias
Minimize manual work and free up valuable time and resources for your team. Focus on innovation while the software handles the heavy lifting of optimization.
Unlock the limits of Manufacturing
Unlock the full potential of your preferred manufacturing method and discovering new possibilities.
Always stay within the limits of manufacturability
Use topology optimization to create ready-to-manufacture designs for any conventional production process and manufacturing methods (traditional manufacturing methods, additive manufacturing methods, etc.), among others:
- CNC milling
- 3D printing
- Die casting
- Sheet metal forming
- Scraping
- Punching
Topology Optimization
Put topology optimization with generative design to practice
Use topology optimization to leverage generative design to explore, test, and validate complex design iterations in an effective and efficient way and at scale. Whether it is for automotive, high-performance computing, consumer goods or any other product, generative design can help you push the boundaries of thermal design to new limits.
What is topology optimization?
Topology optimization is a mathematical method used across many engineering mediums to optimize a structure or component’s layout to minimize its weight by removing excess material, reducing thermal stress or achieving other desired performance goals.
How does topology optimization work?
Topology optimization uses algorithms to find the best material distribution within a design space, considering constraints like stresses and thermal loads.
While traditional methods focus on compliance, ColdStream optimizes various objectives such as temperature minimization and variance reduction, and handles constraints like pressure loss.
ColdStream starts with an empty design space and builds up the structure, achieving high performance with minimal material use. This approach results in complex, efficient designs that often exceed the capabilities of traditional methods.
