Engineering teams are under pressure to deliver higher performance, tighter tolerances, and more efficient designs, all while managing material constraints and sustainability requirements. CWIEME Berlin brings together the full electrical manufacturing value chain, giving you direct access to the technologies and expertise shaping motors, transformers, power equipment and e-mobility.
In one place, you can evaluate solutions, compare technical approaches, and speak directly with the engineers behind them. You leave with validated ideas, clearer design decisions, and solutions that work in real production environments across performance, cost and scale.
The exhibition brings together suppliers of materials, components, machinery, and services supporting motors, transformers, generators, and electrical manufacturing.
Bringing together manufacturers, engineers, suppliers, and innovators for three days of insight, collaboration, and networking. It’s a dedicated space to tackle challenges, exchange ideas, and shape the future of the electric motor industry.
A dedicated environment connecting engineers, OEMs, TSOs, and grid operators focused on power equipment, infrastructure, and energy systems.
At the end of day one, enjoy free food and drinks and explore meaningful connections at our 90s themed Welcome Party, celebrating 30 years since the first CWIEME Berlin.
This session presents a 48 V, 35 kW electric drive system that rethinks motor design through the use of rigid aluminium bar conductors and rare-earth-free ferrite magnets. By addressing cost, supply chain resilience, and sustainability simultaneously, the concept offers a practical pathway for material transition in motor manufacturing. Combining technical analysis with quantified life-cycle data, the session provides actionable insights into next-generation low-voltage drive development.
Grid reliability increasingly depends on proactive, data-driven asset management rather than reactive maintenance. SAMSTEO introduces an intelligent monitoring solution that combines Earth Observation, IoT, and weather data to anticipate structural and operational risks across transmission infrastructure. By enabling condition-based maintenance and early fault prediction, the system empowers operators to optimise load distribution, reduce downtime, and lower operational costs.
Transverse Flux Motor (TFM) technology is setting new benchmarks for low-speed, high-duty-cycle electrification. By decoupling magnetic and electric circuits, TFM achieves exceptional torque density and superior low-speed efficiency—enabling simplified, high-performance direct-drive and low-ratio architectures for actuation and motion control systems.
Majdi Alsahli, Planning Engineer at Alojaimi Group
Jaspreet Singh Kamboj, Proprietor at Patiala Electric Works
After an unforgettable 2025 show, we're excited to invite you to join us at CWIEME 2026. Stay tuned for more incredible feature areas, enhanced layout and game-changing networking.
Get your ticketYes. CWIEME Berlin gives design engineers direct access to materials, components and manufacturing solutions that influence performance and feasibility.
You can compare design approaches, validate decisions with suppliers, and ensure your concepts translate effectively into production.
Yes. CWIEME Berlin brings together the full motor value chain, from winding technologies and magnetic materials to automation and testing.
Motor engineers can benchmark solutions, address efficiency and cost trade-offs, and find practical ways to improve reliability and manufacturability.
Yes. CWIEME Berlin helps product engineers bridge the gap between design, sourcing and production.
You can evaluate complete solutions, align specifications with manufacturing realities, and accelerate development with input from across the value chain.
Yes. CWIEME Berlin connects transformer engineers with core, insulation, conductor and testing specialists in one place.
You can explore solutions that improve performance, reduce lead times, and manage real-world constraints across design, production and grid requirements.
Engineers gain practical insight into how technologies perform in real-world conditions. This includes advances in coil winding, insulation, thermal management, automation, and digital manufacturing.
You will also understand how others are addressing efficiency targets, material constraints, and production challenges, helping you align design choices with cost, reliability, and manufacturability.
CWIEME Berlin brings together the industries driving electrification. This includes power generation and distribution, automotive and e-mobility, industrial manufacturing, and energy systems.
It also connects sectors such as aerospace, consumer electronics, HVAC, and data centres, reflecting the full scope of applications across the electrical manufacturing value chain.
CWIEME Berlin is designed for engineers, R&D specialists, and procurement professionals working across electrical manufacturing and electrification.
This includes those responsible for design, production, sourcing, and innovation across motors, transformers, generators, and energy systems.
CWIEME Berlin is where engineers solve real design and manufacturing challenges. You gain direct access to the full value chain, from materials and components to machinery and testing, all in one place.
It’s your opportunity to compare solutions side by side, speak with technical experts, and make informed decisions that improve performance, reduce risk, and support scalable production.
