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Integrated Thermal Solutions for OEMs and System Manufacturers

Engineering Services

From Concept to Production—Engineering Solutions that Deliver Results
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Computational Fluid Dynamics (CFD)

Heatscape engineers use the latest CFD thermal analysis tools to accurately simulate the thermal behavior of a particular

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Custom Mechanical Designs and DFM 

Heatscape design and manufacturing teams utilize the latest in 3D CAD design tools such as Soldworks, ProE, and

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Finite Element Analysis (FEA)

Beyond designing a thermally efficient heatsink, running finite element analysis is a critical step in determining if the

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Advanced Thermal Testing Facility 

Heatscape’s thermal lab is where the validation of design and simulations take place. Our thermal lab has been

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TTV Design and Manufacturing

Heatscape provides advanced Thermal Test Vehicle (TTV) design and manufacturing solutions that help engineers evaluate and optimize thermal

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Quick Turn Prototyping and HVM 

Heatscape understands the importance of designing products that are also manufacturable. Designing a thermal solution that solves a

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Frequently Asked Questions

What thermal engineering services does Heatscape offer?

Heatscape provides end-to-end thermal engineering services, including simulation, heatsink design, testing, prototyping, and manufacturing support. These services help optimize thermal performance from concept through production. This ensures efficient and reliable cooling solutions for complex systems.

CFD (Computational Fluid Dynamics) helps by simulating airflow and heat transfer before physical prototypes are built. This allows engineers to optimize cooling performance early in the design process. It reduces development time, cost, and the need for multiple design iterations.
Custom mechanical design and DFM (Design for Manufacturability) services include creating 3D CAD models and optimizing designs for production. These services ensure the solution fits system constraints and can be manufactured efficiently. This improves both performance and scalability.
Thermal testing is important because it validates simulation results under real-world conditions. It helps identify performance issues before production and ensures the cooling solution meets requirements. This improves product reliability and reduces failure risk.
A Thermal Test Vehicle (TTV) simulates real heat loads to enable accurate testing and validation. It allows engineers to evaluate thermal performance even before actual hardware is available. This accelerates development and improves design accuracy.
Thermal solution prototypes can typically be developed within 1–2 weeks, depending on complexity. Quick-turn prototyping allows faster testing and validation of designs. This helps speed up the overall product development cycle.
Yes, these thermal engineering services support both prototyping and high-volume manufacturing (HVM). Solutions are designed with scalability in mind to ensure a smooth transition from development to production. This ensures consistent quality and performance at any volume.