Caliber Technologies

Introduction Finite Element Analysis (FEA) helps engineering teams evaluate structural strength, stiffness, deformation, fatigue, and product performance before physical testing. But there is another decision companies need to make: should they build an in-house FEA team or outsource simulation work to an engineering service provider? Both options have costs beyond…

1. Introduction Thermal simulation helps engineering teams predict temperature distribution, heat transfer, and cooling performance before physical prototyping. It is widely used in automotive systems, EV components, electric motors, HVAC equipment, industrial machinery, and electronic enclosures. The cost depends on the type of analysis, geometry complexity, operating conditions, and engineering…

1. Introduction A robotic gripper must hold and manipulate objects of different weights without slipping, excessive deformation, or structural failure. As payload increases, gripping forces and stresses develop across the fingers, joints, mounting interfaces, and actuator connections. Validating gripper strength is important when designing robotic systems for manufacturing, material handling,…

1. Introduction Truck body mounting systems transfer loads from the body structure to the vehicle chassis. Whether the vehicle carries a cargo body, tipper body, tanker, or specialised equipment, the mounting arrangement directly influences how forces are distributed across the chassis frame. An incorrectly designed mounting system can create uneven…

1. Introduction EV charging connectors experience repeated mechanical engagement and disengagement throughout their service life. Every plug-in cycle introduces insertion and withdrawal forces, contact friction, and mechanical loading across the connector housing, pins, terminals, and locking mechanism. Over time, repeated use can cause contact wear, loss of retention force, deformation,…

Finite Element Analysis (FEA) helps engineering teams evaluate stress, deformation, stiffness, vibration, and other performance factors before committing to physical prototypes or production changes. But the cost of an FEA project can vary considerably depending on the component, simulation requirements, and level of engineering support needed. A simple static structural…

Why Steering Knuckle Structural Analysis Matters A steering knuckle connects key front-wheel components, including the wheel hub, suspension links, and steering system. It transfers forces between the tire and suspension while supporting steering movement and wheel alignment. During vehicle operation, the component experiences loads from braking, cornering, road impacts, and…

Why EV Battery Enclosure Structural Analysis Matters An electric vehicle battery enclosure does more than house battery modules. It provides structural support, protects internal components, and transfers loads through its mounting points into the vehicle structure. During operation, the enclosure may experience road-induced vibration, vertical acceleration, braking forces, cornering loads,…

Why Battery Pack Mounting Bracket Analysis Matters Battery pack mounting brackets connect the battery assembly to the vehicle structure. Although they may appear to be small components, they must transfer loads from a heavy battery pack while maintaining secure attachment under different driving conditions. Braking, cornering, road vibration, and vertical…

Computational Fluid Dynamics (CFD) helps engineers study airflow, fluid movement, pressure distribution, heat transfer, and turbulence before committing to physical prototypes or design changes. The cost of CFD simulation depends on what needs to be modelled. A basic airflow study around a simple component requires a different level of effort…