ViveLab Ergo

Ergonomic verification in 3D virtual space

ViveLab Ergo is a high-performance cloud computing innovative simulation system that is perfectly capable of modeling machines, robots and people moving in a given physical environment. Harmonizing the co-operation of these three elements in the industry's 4.0 era is an indispensable task. Using an anthropometric database containing millions of samples, it precisely models ninety-nine percent of human population's anthropometrical characteristics. It highlights the health-damaging effects of forced movements caused by incorrect workplace design using 7 built-in ergonomic analyzes: RULA, OWAS, NASA-OBI, ISO 11226, EN 1005-4, reachability zone, spaghetti diagram.

This technology can be used to ergonomic improvement of existing workstations, ergonomic design of new workstations, or ergonomic design of products. The user-friendly interface has been designed considering the most modern ergonomic viewpoints, which ensures that design engineers, work safety managers, HR specialists, or even creative designers can independently run or collaboration a team to run and evaluate simulations logging in from anywhere in the world.

ViveLab Ergo is a product of ViveLab Ergo Ltd.

ViveLab Ergo

Ergonomic verification in 3D virtual space

ViveLab Ergo

Ergonomic verification in 3D virtual space

Main Benefits

  Coordinate the human – machine – environment system

  Reduce the risk of accidents

  Optimize workflows

  Identify the automatable workplaces

  Increase operational efficiency

  Ergonomic validation in product design

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CASE STUDY

Optimizing a cam mechanism using Adam and MATLAB

The design of a cam for high-speed production machines with various operating criteria imposes various conflicting objectives

This technical case study explains the application of a two-step methodology using the MATLAB and Adam algorithms in the modeFRONTIER software platform.

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CFD Characterization of the Ventricular Assist Device HeartAssist 5® Through a Sliding Mesh Approach

Analysis to determine possible optimizations to enhance device safety and efficacy for long-term patient use

This technical article describes how high-end numerical Computational Fluid Dynamics (CFD) simulations were applied to mimic the realistic operating conditions of a Ventricular Assist Device (VADs) and analyze its hemodynamics in order to identify potential areas for optimization of the device’s performance, safety and efficacy.

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In this technical article, EnginSoft and Prometech explain how they executed a highly complex computational simulation on the fluid-structure interaction of the oil flow inside a reciprocating engine, on behalf of Honda R&D.

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High Pressure Die Casting Optimization of a Connecting Rod

A multi-objective engineering simulation study of the connecting rods manufacturing process

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Gravity Die Casting of Motorcycle Components

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The advent of the Naked Motorcycle has changed the way we look at motorcycle parts: they now also need to be aesthetically pleasing because they are mostly visible to the naked eye.

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