Creaform Engineering used the Discrete-Element Method to predict the mass distribution and mitigate the risk of material blockage in a coal transfer chute. Learn More

Creaform Engineering characterized the discharge performance of a hopper and established a reusable material calibration based on moisture content. Learn More

Easton, a world-renowned sporting goods customer, leverages Creaform Engineering’s expertise in Numerical Simulation to conduct safety certification tests of its baseball helmets. Learn More

A process chain harnesses the potential of i4.0 and improves performance indicators Learn More

Our customer in the pharmaceutical industry required quantification of airborne particle contaminants for a refurbishment. Learn More

Creaform Engineering tackles the industrial design challenges of medtech! Learn More

Manufacturers and operators in the food and pharmaceutical industries face several challenges regarding fluid mixing like inhomogeneous flow patterns, solid deposition, or prolonged mixing time. To overcome these challenges, Creaform Engineering uses Computational Fluid Dynamics (CFD) simulations to design or troubleshoot processing tanks, mixers, and all sorts of vessels. Our CFD team has analyzed numerous mixers for miscible and immiscible liquids, viscous emulsions and solid-liquid suspensions. Learn More

Versilis is specialized in innovative traffic control solutions to increase traffic operations’ safety and efficiency. They called upon Creaform Engineering’s Numerical Simulation expertise to help design a new retractable gate for vehicles on highways. The goal was to have a successful first impact certification tests using non-linear explicit simulations along with in-house experimental testing procedures. Learn More

Our mandate was then to design the tooling as per the mentioned requirements, while also ensuring a swift and successful implementation of the latter on the assembly line. Learn More

The Creaform Marketing Department gave Creaform Engineering the task to develop demonstrations cells for the MetraSCAN 3D-R scanner. Each cell includes a six-axis Fanuc M20iA robot that can handle the MetraSCAN 3D-R and also three external axes that allow movement of the parts to be digitized, while simulating different production environments. The purpose of these cells was to showcase the scanner’s potential during marketing exhibitions all around the world. Learn More

The goal of this project was to scan the printed circuit board in order to perform a computational fluid dynamics (CFD) analysis. Learn More

Our customer, a world leader in the design, manufacturing and marketing of motorized recreational vehicles, teamed up with Creaform to develop a rooftop for its ROV platform. Learn More