Electric motors are responsible for a significant share of global energy consumption. Improving their efficiency can help reduce environmental impact and mitigate climate change.
The Came feasibility service performs an integrated analysis at every stage of your product, from design to industrialisation; ask the Came feasibility service for a free technical and industrial analysis to identify the margins for functional optimisation and improvement of product sustainability, while aiming to contain costs. Concrete support in regulatory adaptation is also available, all without compromising performance.
Sustainability-oriented design
Every action is guided by a precise goal: to make the product more environmentally sustainable while containing costs. Less raw material consumed, less energy used in processes, less waste, improved product life cycle.
Lean analysis
Our R&D team starts with an analysis to identify the margins for action on materials, geometries, tolerances, assemblies and treatments.
Winding efficiency improvement
Our know-how means we can support customers in adapting to more stringent regulations, such as the transition from class IE1/IE2 to class IE3/IE4, by working on both windings and magnetic geometries. We optimise dimensioning, torques and losses to ensure the best compromise between performance, cost and energy consumption.
Advanced die-casting simulation
We use simulation software such as MAGMA and PROCAST to simulate die filling, predict defects (porosity, shrinkage, inclusions), and validate design choices.
Process industrialization and optimization
We propose construction changes to facilitate mass production and improve plant performance. We review the assembly logic, assess replacing materials or technologies, and propose solutions with less environmental impact, such as using recyclable alloys or reducing energy-intensive surface treatments.
