As a Pioneer Thermal customer you’ll enjoy the many advantages of dealing direct with a specialist manufacturer, including:
Pioneer Thermal engineers use the latest CFD thermal analysis tools to accurately simulate the thermal behavior of a particular device, board, or chassis.
Pioneer Thermal design and manufacturing teams utilize the latest in 3D CAD design tools such as Soldworks, ProE, and AutoCAD to accurately and realistically design thermal solutions, and to insure its fit and function within customer applications.
Beyond designing a thermally efficient heatsink,running finite element analysis is a critical step in determining if the mounting mechanism used is mechanically sound
Pioneer Thermal’s thermal lab is where the validation of design and simulations take place. Our thermal lab has been expanded in recent years to include our custom built Thermal Test Vehicles (TTV) for accurate chip-level temperature measurement.
Pioneer Thermal understands the importance of designing products that are also manufacturable.
Pioneer Thermal’s thermal design calculator will help characterize your heatsink concept, and point you in the right direction for your thermal needs.
Dimension 300*220*85mm Application: extrusion heat sink mainly used in G station
Maximum diameter 250mm Application: cold forged heat sink mainly used in LED lighting
We can do heat pipe soldering, hi-contact soldering, VC bonding. Application: mainly used in telecom.
FSW cold plate, we can do up to 1000*800mm. For aluminum FSW cold plate, depth can reach to 25mm, For copper FSW cold plate, depth can reach to 17mm. Application: Mainly used in automotive
Precision CNC machining, tolerance can reach to 0.02mm. Application: Mainly used in motor/engine
Maximum machine is 1250 ton Application: mainly used in Telecom.
Our heat sinks can be widely used in Industry Solutions Electronic, Aerospace, Automotive,Telecom, Drone, Medical Device and other manufacturing industries.