In recent years, the manufacturing of stators by hairpin technology has proven its ability to
fulfill the requirements on quality, productivity and robustness of traction drive applications in …

The increasing market share of electrified powertrains results in a high demand for efficient
and powerful electric traction motors. Against this background, bar winding technologies …

As a result of the progressive electrification of mobility solutions, manufacturing technologies
for distributed stator windings need to be improved in order to meet the automotive demand …

The hairpin technology is a promising and widely used production method that meets the
growing demand for high productivity and quality in the manufacturing of electric drives …

As a consequence of the increasing relevance of electrified drive trains for mobility solutions,
manufacturing technologies for electric traction motors need to be continuously improved in …

A new insulation packaging strategy for the stator windings of flat wire motors based on
LTCC technology was studied for the first time. The study aimed to replace traditional plastic …

In recent years, the hairpin technology has become the most relevant process chain for
manufacturing of stator windings applied in electric traction motors. However, there are still …

Laser contacting process for copper hairpin windings determines the performance of motors,
considered as a significant and challenging part in manufacturing electric automobiles. The …

Electric motor manufacturing technology is evolving due to automotive transport
development. Besides, environmental issues and the need of CO 2 emission reduction have …

Electric vehicles are recently prosperous due to decarbonization and electrification in
transportation. However, manufacturing their motor windings with stable high quality is …