MaxQ Technology uses the most advanced 3D and computational fluid dynamic (CFD) software tools to design the coldplate products you need. We simulate and predict the thermal and pressure performance of our coldplate products to within a five percent (5%) margin of error. Our customers are confident in our ability to produce exactly what they need.
MaxQ Technology offers a variety of fabrication options and provides expertise in both CNC machining and metal joining. Our engineers work closely with our customers to determine the most effective fabrication process that will be the optimal solution for your needs. We are proud to provide initial prototype units in the shortest possible timeframe.
No product design is complete at MaxQ Technology until it has been thoroughly tested to ensure product quality and to validate that the product meets it’s required performance specification. MaxQ Technology has the in-house testing capability to measure both thermal resistance and pressure drop performance for all cooling and coldplate products.
For years, the principals at MaxQ Technology have used advanced 3D and Computational Fluid Dynamic (CFD) Software tools to accurately design, simulate and predict, to within a 5% error margin, the thermal and pressure performance of their coldplate products. This capability has resulted in dozens of “first time success” products and has instilled strong customer confidence.
MaxQ Technology has created effective electronic packaging designs for such products as:
MaxQ Technology offers a variety of fabrication options and provides expertise in both CNC machining and metal joining. Our engineers work closely with our customers to determine the most effective fabrication process that will be the optimal solution for your needs. We are proud to provide initial prototype units in the shortest possible timeframe.
MaxQ Technology is known as a pioneer and global leader in applying friction stir welding (FSW) to create efficient heat transfer products. Our innovative Q-CHILL™ process takes advantage of FSW to incorporate high-density fin structures and
low-pressure drop flow geometry. These patented coldplates are designed and, since 2009, manufactured entirely in-house at our Tempe, Arizona, facility.
MaxQ Technology also offers vacuum brazing, and both sintering and diffusion bonding on a variety of wrought, forged, or cast metals.
With so many options, a completely reliable and high-value solution is available for any application. Contact us to learn more.
No product is complete until it has been thoroughly tested to ensure quality and effectiveness. MaxQ Technology has the in-house capability to provide both thermal resistance and pressure drop testing for all of our cooling products.
This high level of testing provides our clients with confidence that their standard or custom cooling products will meet their needs and provide reliable service.
We also provide strong technical support for all our customers on an ongoing basis, so our clients know they can turn to MaxQ Technology with any questions, issues, or newly discovered needs and requirements.