High performance fan development and design
*A-weighted filter applied.
We can develop for noise reduction in a variety of types of fans, including resin cross flow fans and resin propeller fans.
We use 1/12 octave band analysis to identify the source of the noise and design a fan shape that improves quietness.
We can also customize the design and prototype fans for noise reduction according to customer requests product appearance.
We use fluid analysis to predict air volume and static pressure of products, and then develop and design resin propeller fans and resin turbo fans to achieve larger air volume.
We also use airflow simulation technology to create a flow field that meets the needs of the customer.
By verification of fluid analysis, we develop and design blade shapes of fans that reduce the static pressure applied to the fans, and we can propose various resin fans with high energy efficiency.
Additionally, we can perform fluid analysis with the fan assembled in the customer's case.
Example of energy-saving fan development based on the analysis.
Centrifugal analysis results when rotating the fan at high speed.
We provide developing and design high-strength resin fans that improve fracture toughness of rotating, without sacrificing fan performance by use the latest structural analysis software such as centrifugal analysis as above to verify our designs.
We can also make a proposal of raw materials such as various engineering plastics to realize stronger fans.
Support customization in converting metal-made fans to resin-made fans
We have extensive experience in converting metal fans to resin fans. This has allowed us to accumulate a variety of know-how such improving wind sending performance, reduction product weight. We can provide suitable development and design solutions to meet
the customer desired fans.
We can create custom fans that meet your specific needs, such as fans that create large air volume or fans that quieter operation.
If you are having trouble with the airflow performance, noise, or other aspects of your current fan, please make yourself comfortable to contact us to discuss your options.
