Easy Testing

The smart solution for managing engine test bench operations

Easy Testing

Simplify, control, and optimize every testing phase

Easy Testing is an integrated and flexible platform designed to simplify the configuration and management of testing activities in engine test cells. Developed for highly specialized environments, it enables the organization, monitoring, and analysis of every test through a centralized system, ensuring operational efficiency and accuracy.

Ideal for advanced technology suppliers in the automotive sector and leading automotive manufacturers, Easy Testing is the strategic solution for improving validation processes and quality control.

Easy Testing

  Ease of use

An intuitive interface for fast, hassle-free management

  Production Process Optimization

Improves the operational efficiency of engine cells

  Advanced scheduling

Precise and flexible test planning

  Greater efficiency

Reduced processing times and improved productivity

  Centralized control

Comprehensive monitoring of all activities from a single platform

  Highly specialized solution

Specifically designed for the automotive sector

  Proven reliability

Backed by extensive experience and consolidated expertise

Key Features

Test request and configuration

Easily create and manage new test requests by specifying the type, priority, and key parameters.

Test execution and management

Start tests and monitor their execution in a structured and fully traceable way.

Quality questionnaires

Collect qualitative data through dedicated surveys, to be completed at the end of each test.

Planning and calendar management

Organize tests dynamically: plan, modify, and reassign activities based on production needs.

Detailed reporting

Access comprehensive and customizable reports with information on status, timing, test types, and other key parameters.

Full traceability

Each test is identified by a unique code, ensuring control, historical tracking, and transparency at every stage of the process.

Ask the Expert

Ask the Expert

Discover how Easy Testing can simplify and optimize the management of your engine test bench operations. Contact us to explore all its features in detail.

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Insights

CASE STUDY

Optimization of the SLM/DMLS process to manufacture an aerodynamic Formula 1 part

This paper presents the RENAULT F1 Team’s AM process for an aerodynamic insert in titanium Ti6Al4V. Production was optimized by identifying the best orientation for the parts and the best positioning for the support structures in the melting chamber, in addition to using the ANSYS Additive Print module, a simulation software useful for predicting the distortion of a part and for developing a new, 3D, compensated model that guarantees the best “as-built” quality.

automotive additive-manufacturing optimization

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CASE STUDY

Flexible factory design and reconfiguration using digital simulation models

The text discusses the importance of digital simulation models in modern factory design and reconfiguration, particularly in response to shorter product lifecycles and increased customization demands. Traditional design methods often lead to inefficiencies and high costs, making digital simulation essential for creating flexible and adaptable production systems. The article highlights a case study involving a furniture assembly factory, where a manufacturer needed to efficiently handle a variety of custom kitchen cabinet orders. The system integrator was tasked with designing a robotic assembly line that could maintain production efficiency despite the high variety of products.

industry4 SIMUL8

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CASE STUDY

Smarter wheels: How multi-physics optimization is shaping the future of automotive design

A collaborative project between Nissan Technical Centre Europe, RBF Morph, and the University of Rome “Tor Vergata” showcases how multi-physics optimization is revolutionizing automotive wheel design, particularly for electric vehicles (EVs). By integrating styling, structural analysis, and aerodynamics within a unified workflow enabled by advanced mesh morphing technology (rbfCAE), designers can optimize wheels for lightweight, strength, and aerodynamic efficiency without compromising aesthetics.

automotive optimization

CASE STUDY

Enhanced low cycle fatigue analysis and the influence of load sequence for an e-motor’s rotor

The article discusses advancements in low cycle fatigue analysis for an electric motor's rotor, focusing on a new method implemented in the FEMFAT software. Traditional methods have limitations in accurately predicting material plasticization due to a lack of consideration for the sequence of load peaks, which can affect component lifespan.

automotive femfat

CASE STUDY

Comparing finite volume and particle CFD simulation methods for understanding lubrication in automotive transmissions and axles

Understanding the flow of oil lubrication in transmissions and axles is vital to improving their efficiency and reducing the wear of key components. The choice, and volume of lubricant, and the shape of the gearbox housing can all be optimized for the expected gear speeds, loads, and temperatures.

automotive particleworks