Water Pumps and Oil Pumps
stage to mass production. By utilizing front-loading techniques, we efficiently address potential issues such as
defects, variability, and waste during mass production. Additionally, we meet customer needs through
cutting-edge simulation technologies, advanced production equipment, and the latest techniques, all aimed at
delivering low-cost, high-efficiency, and high-quality products.
Automotive Parts Development Flow
Analysis Technology
Our analysis technologies are utilized in the design phase of parts and products to evaluate performance, predict
potential issues, and make necessary improvements.
Fluid Analysis
Fluid analysis is a technology used to numerically analyze the behavior and properties of fluids, such as flow,
pressure, and velocity. This analysis is applied in the design and improvement of products involving fluids,
such as pumps, to enhance their efficiency and discharge performance.
We use fluid analysis results to optimize pump efficiency and provide feedback based on the outcomes.
Structural Analysis
Structural analysis evaluates the mechanical behavior of objects and structures under stress, deformation, and
vibration. This analysis models how a structure responds to loads and assesses its stability and strength.
Structural analysis is widely used in various fields such as aerospace, automotive, and machinery parts, aiding
in product design improvements and durability enhancements.
We utilize this analysis to verify the safety characteristics of high-strength components and provide feedback to
our customers.
Casting Analysis
Casting analysis is used to evaluate the flow, cooling, and solidification processes during casting. This
analysis predicts how molten metal flows and forms within the mold, helping assess the quality and shape of cast
products. It also helps in predicting internal defects and improving the overall quality and production
efficiency of cast products.
Through casting analysis, we work to improve yield, reduce internal defects, and explore high-cycle production
methods.
Magnetic Field Analysis
Magnetic field analysis evaluates the behavior of objects and components in electromagnetic fields. It models
factors such as electromagnetic field strength, distribution, and magnetic flux density. This analysis is
commonly used in the design and performance evaluation of electromagnetic devices, such as electric motors and
electrical equipment.
With the growing trend of automotive electrification, we are actively advancing the development of electric
pumps. We offer comprehensive development services, from motor design to final product, tailored to meet
customer needs.
Testing Equipment
Flow Rate Testing
Flow rate testing evaluates how much fluid a pump can discharge under specific pressure conditions. During this
test, fluid is supplied to the pump, and the flow rate output is measured at a given pressure. Flow rate testing
helps assess pump performance and efficiency, contributing to design optimization and performance improvements.
Durability Testing
Durability testing evaluates whether parts or products can withstand long-term use. For pumps, this involves
continuous operation to assess wear, fatigue, and other forms of degradation. It can also detect issues such as
abnormal vibrations or temperature increases. Durability testing results provide valuable insights into the
product’s durability and reliability, helping identify areas for improvement.
Our Commitment to Technology and Service
By leveraging advanced analysis technologies and testing equipment, we deliver low-cost, high-efficiency, and
high-quality part development that meets customer needs. Through our reliable water pumps and oil pumps, we
strive to enhance customer satisfaction by continuously pursuing the latest technologies and applying our
extensive expertise to optimize quality and efficiency. Expect nothing less than the best from our technical
capabilities and services.