Enabling Industry Innovations
We design custom fluid movers for applications in hot harsh environments and/or challenging product form factors, that require superior performance and life for mobility, renewable energy, telecom, medical and defense.
While the pace of high-tech advancements continues to accelerate, fluid mover architectures have remained unchanged for decades. Due to this lack of innovation, fluid movers like fans, compressors, pumps, and synthetic jets, are often the weak link in tech products for markets like mobility, renewable energy, telecom, medical and defense.
In response, NeoFan created the innovative architectures that are now enabling a powerful new family of fluid movers, to meet tech market requirements far into the future.
Tech markets like mobility, are seeking higher performance compressors, synthetic jets and pumps (aka fluid movers) with significant reductions in size, weight, power and noise. But this can’t be achieved with traditional fluid mover architectures because their size is determined by a typical stack up of motor, mechanical linkage, and pump head. Any reduction in size will create a proportionate loss in performance.
NeoFan’s Integrated Design Architecture enables the sought-after features with a new set of highly synergistic fluid mover subcomponents that perform multiple functions and can be integrated with each other into the same space. The result is a dramatic reduction in fluid mover size and weight without loss of performance and with extreme life and reliability.
Telecom, renewable energy, mobility and defense all need electronics cooling fans with extreme life in harsh outdoor conditions with improved air performance and lower noise. These requirements have surpassed the limits of rotary fans.
Compression-Fans (C-Fans) were developed to serve these industries by removing the need for life-limiting rotary bearings and merging key features of centrifugal fans, positive displacement air compression and mechanical resonance into a simple elegant design. C-Fans are the first commercially-viable higher-performance alternative to rotary fans.
We design custom fluid movers for applications in hot harsh environments and/or challenging product form factors, that require superior performance and life for mobility, renewable energy, telecom, medical and defense.