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Precision Mechanics
Core Competencies

Precision Mechanics

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Engineer conducting thermal CAE simulation with ANSYS to analyze PCB heat distribution and optimize thermal design

Advanced Thermal CAE Capabilities

Utilizes CAE thermal analysis to predict temperature distribution and thermal risks, optimizing thermal dissipation during the design phase. Services include identifying system weaknesses, ensuring uniform internal temperatures, verifying PCB simulations, evaluating external surface temperature distribution, and assessing operating environments with appropriate thermal convection conditions.

Mechanical CAE simulation analyzing structural stress and deformation using 3D model for drop and impact testing

Advanced Mechanical CAE Capabilities

Employs mechanical CAE simulations—including static structure, explicit dynamics, and thermal stress analysis—to predict structural weaknesses and assess risks. Capabilities cover pressure, torque, moment, and force evaluations, as well as drop and impact tests. Integration with Icepak allows comprehensive thermal and mechanical environment reliability assessments, ensuring high precision and durability.

Ruggedized camera module designed for waterproof and shockproof performance with structural sealing and impact resistance

Water & Shock Proof Design

Applies comprehensive design strategies—including structural reinforcement, sealing, and material selection—to achieve high levels of waterproofing and shock resistance. These methods ensure reliable performance in challenging environments, meeting industry standards for durability and protection.

 

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