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THE
SOFTWARE

The software Misulab compute how machining affects your product lifetime

We compute how machining affects your product lifetime

MISULAB® is an advanced simulation software dedicated to predicting surface integrity induced by machining processes.

The software computes 3D residual stress fields, plastic deformation and microstructural changes generated during machining operations.

By linking machining parameters to the material state of the finished component, MISULAB enables engineers to perform reliable fatigue life predictions and optimize manufacturing strategies.

Misulab is a software based on a proven academic method, dedicated to the computation of 3D residual stress fields induced by machining and ready to be used for accurate lifetime predictions

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We invite you to watch our video which illustrates residual stress generation by a turning operation.

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Milling also plays a crucial role in the surface integrity of the finished part, particularly in influencing residual stresses. The attached video provides a clear illustration of how the milling process can impact them.

The quality of surface integrity in a machined component can be significantly affected by drilling operations, especially when it comes to the development of residual stresses. The video provided offers a detailed example of how drilling conditions can alter these internal stress patterns.

Image to illustrate how the software predict residual stress and microstructure

MISULAB is a cloud software (SaaS)

MISULAB is a cloud software (SaaS)

You can use all the functionalities of our software from any location, at any time. Whether you are in the office, on the move, or working from home, our solution is designed to accompany you without any constraints, neither geographical nor material. 

Integrated database

Misulab has an integrated data base designed specifically for your studies. This feature provides an integrated solution for efficiently managing all your data (materials, cutting conditions, etc.), ensuring the integrity and traceability of each information.

With MISULAB, you will have access to a dedicated database designed specifically for your studies. This powerful feature provides an integrated solution for efficiently managing all your data (materials, cutting conditions, etc.), ensuring the integrity and traceability of each information. Enhance your performance and precision gradually by inputting your study cases into your database.

Versatile software solution

MISULAB is versatile software solution who offers a smooth and intuitive user experience to be accessible to all profiles, regardless of your role or level of expertise. MISULAB adapts to the evolution of your needs. the team of Misulab believes in agile methodology to build a software that improves and evolves with you.

MISULAB offers a smooth and intuitive user experience to be accessible to all profiles, regardless of your role or level of expertise. MISULAB is much more than a mere platform; it adapts to the evolution of your needs. Our team believes in agile methodology to build a software that improves and evolves with you.

See our software in action!

OUR EXPERTISE

    Latest advances:

Numerical integration
of machining conditions to calculate the fatigue life

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2025

Influence of cutting tool geometry on residual stresses

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2025

    CIRP CSI 2024 papers:

Influence of a cutting fluid on the surface integrity and fatigue strength of
42CrMo4 drilled parts.

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2024

Experimental study of residual stress profiles evolution in longitudinal
turning with flank wear progress

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2024

Experimental study of residual stress profiles evolution in face turning with
flank wear progress

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2024

Towards the numerical simulation of tool wear induced residual stress drift

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2024

    Fundamental papers:

3D numerical modelling of turning-induced residual stresses
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2021

 3D residual stress modelling in turning of AISI 4140 steel
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2023

3D numerical modelling of residual stresses induced by reaming
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2024

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