Optimized Design & Testing Evaluation
Since our founding, leveraging in-house design expertise, we have successfully carried out research and development tasks for high-precision gears, high-speed gearboxes, and defense industry products. We continue to engage in the development and mass production of civil business sectors, such as high-speed turbo gears, ball screws, and roller screws.
With the developmental experience gained, we possess comprehensive R&D capabilities and engineering prowess, from numerical analysis of gear Trains and bearing life prediction to performance and environmental testing of individual components and assemblies.
·Component and System Design
·Optimization for size compactness
·Shape optimization considering interface
·3D modeling and interface verification
·Structural analysis, vibration analysis, and flow analysis
·Ultra-Precision Machining/Assembly Technology
·Possession of high-precision machining tools & process design
·Heat treatment and surface treatment
·Component (individual part) performance testing
·Assembly Performance Testing
: Self-conducted no-load/load testing, temperature testing
·Environmental Testing(MIL-STD Standards) : External certified institutions
Modeling and gear strength analysis
Gear train gear strength analysis and bearing characteristic analysis
Simulation
Structural analysis through finite element geometry, deformation, load analysis
Core Technology
Gear design according to operational conditions
Optimized design technology through gear ratio requirements, drive power-based gear Train design, and lifespan calculation
Bearing selection and lifespan prediction according to load, rotational speed, and load conditions
Lubrication design according to operational conditions
Selection of cooling methods considering heat generation
Lubrication method selection according to operational conditions (immersion, spray, etc.)
Design of lubrication systems including flow rate, nozzle diameter, etc., based on the lubrication method
