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Engineer and innovate for life

MIMOS Mechanical Engineering team has been designing and developing robust, award winning products. Using proven CDOV methodology, our design cycle results in high quality product from Conceptual to Production. Our services can help bring your ideas to market – in a complete package of concept, design and verification to ensure high customer satisfaction.

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MECHANICAL DESIGN SERVICES

DESIGN CONCEPT

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Customer Requirements Gathering
Identify Critical Requirements
Concept Selection

DESIGN DETAIL

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3D Design Detail using Computer Aided Design (CAD)
2D Drawing for Manufacturing
Parts Sourcing

DESIGN OPTIMIZATION

Design OptimizationFEA/CFD Simulation
Design for Six Sigma (DFSS)

SIMULATION SERVICES

FINITE ELEMENT ANALYSIS (FEA)

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Analyse Structural and Material Strength
Static and Dynamic Analysis
Quasi-Static and Time Based Analysis
Example of Simulation Cases – Drop Test, Impact Test, Vibration, Adhesion, Contact Pressure, Structural Stress

COMPUTATIONAL FLUID DYNAMIC (CFD)

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Thermal Management Analysis
Incompressible Fluid Flow Analysis
Examples of Simulation Cases – Heat Sink, Drag of an object

FLUID-STRUCTURE INTERACTION (FSI)

floatAnalyse both Structural and Fluid Flow Simultaneously using Coupled Eulerian-Lagrangian (CEL) Method or Co-Simulation FEA-CFD Method
Example of Simulation Cases – Wind Loading, Structural Stress upon impacted by water

DESIGN FOR SIX SIGMA

DESIGN OF EXPERIMENT (DOE)

Design of experiments (DOE) is a systematic method to determine the relationship between factors affecting a process and the output of that process. In other words, it is used to find cause-and-effect relationships. This information is needed to manage process inputs in order to optimize the output.

PUGH MATRIX

The Pugh matrix helps determine which items or potential solutions are more important or ‘better’ than others. It is employed after capturing voice of the customer (VOC). It is a scoring matrix used for concept selection in which options are assigned scores relative to criteria. The selection is made based on the consolidated scores. Before starting a detailed design, there are many options – this tool helps with selecting the best option.

TOLERANCE ANALYSIS

Tolerance analysis is used in product design to understand how imperfections in parts as they are manufactured, and in assemblies as they are put together, affect the capability of a product to meet customer expectations. Tolerance analysis is a way of understanding how sources of variation in part dimensions and assembly constraints propagate across parts and assemblies, and how that total variation affects the capability of a design to achieve its design requirements within the process capabilities of manufacturing organizations and supply chains.

DFMEA

Design Failure Modes and Effects Analysis – Method to predict failure modes and their effects to the product or customer effectively.

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WORLD CLASS

We provide world-class engineering services in the most professional manner possible, every time

Total Solution

We offer a broad range of end-to-end mechanical engineering solutions.

Affordable Price

We provide engineering services at the right price, suitable for startups, SMEs and even corporations.

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