Repairing electric motors often requires tailor-made components not available in standard catalogues.
Nestech is the ideal partner for the rapid and accurate manufacturing of single laminations and complete core stacks for the rehabilitation of electric motors, generators and transformers, even those of old generation or non-standard. Our repair services and solutions extend the operating life of your equipment and reduce overall repair costs.
We guarantee:
When an electrical component is out of production or its technical drawing is no longer available, we can apply the reverse engineering: starting from a physical sample, we make a 2D C.M.M. scanning to reproduce the geometry , therefore we are able to replicate single laminations and complete core stacks, even for outdated or anyway special electric motors and generators. It is an ideal solution for urgent repairs and to give new life to equipment that would otherwise be completely replaced.
Every repair is a unique case. For this reason, at Nestech we offer a dedicated technical support service at every stage of the process: from the initial analysis to the delivery of the component.
We support the customer to understand the requirements, reproduce complex geometries even the drawing is missing and propose functional solutions even for dated or out of production electric machines.
We ensure:
Yes, we often work from physical samples when drawings are missing. We analyze the geometry through direct measurements or scanning and propose the most suitable solution. This approach, based on reverse engineering, is very useful in cases of repairs, out-of-production spare parts or customized machines.
We do not have a minimum order, we can produce single pieces.
Emergencies can be delivered within 2 weeks.
There is no way to repair laminations, they need to be reproduced.
If the laminations are not geometrically correct, damage to the insulation can occur and also short circuits between the laminations themselves, resulting in overheating and loss of efficiency of the motor.