Build your advantage using our high-performance soft magnetic alloys and stator and rotor stacks.
From design to prototype to scale-up for mass production, we have the soft magnetic materials and stacks, hands-on expertise and proven processes to help you get more from your e-motors.
Maximize torque and efficiency with best-in-industry soft magnetic alloys. High induction, high permeability, peak performance.
Optimize performance with stator and rotor stacks engineered and tested for precision manufacturing.
Take your product off the page and into prototyping with state-of-the-art production and testing facilities, plus the expertise to iterate to excellence.
Scale up production with quality-optimized lamination, heat treatment, bonding, and assembly techniques.
High-performance soft magnetic materials and lamination stacks make power-dense motors, generators, and APUs a reality — providing size and weight reduction, improved response, and lower thermal stress.
Best-in-class stator laminations and rotor laminations drive EV innovation with higher torque, more efficient motors — improving acceleration, performance, and range.
Higher power and torque density mean smaller form factors and a weight reduction of APUs, starter-generators, and electric motors. Powered by Hiperco® and Hypocore® alloys, our stator laminations and rotor laminations take electric aircraft to new heights.
Electric vehicles are the future of transit and new sportscar and luxury models need the most advanced technology. Carpenter Electrification’s efficient, power-dense lamination stacks result in improved powertrain and system-level performance for these EVs.
eVTOL aircraft populsion and motor designers rely on our proven experience supplying soft magnetic materials for aerospace generators and APUs. Our Hiperco® lamination stacks bring the high-power density, torque density, and efficiency needed for takeoff, hovering, and landing.
As a DFARS-compliant supplier, we have the next-gen technology and proven production processes the defense industry demands. The most innovative and efficient generators, APUs, transformer cores, and electric motors for aerial and ground drones bring our forces greater mobility, agility, survivability, and reliability.
From battery life to component size to shielding, handheld electronic device performance demands high performance alloys. Our best-in-industry soft magnetic materials, unmatched expertise, and rapid prototyping mean you can scale to production and be the first to market.
When lives are on the line, medical devices, equipment and surgical instruments demand the best soft magnetic alloys available. Stacks for high-speed, high-power motors provide weight reduction, high responsiveness, and minimal heat generation in surgical tools.
Our soft magnetic alloys optimize torque and power density and can decrease motor size by 30%. From electric vehicles to eVTOLs, drones to robots, speakers to specialized tools, our stator and rotor stacks enable improved motor, powertrain and system-level performance.
Our high-performance alloys and stator and rotor stacks allow for smaller, lightweight designs without undermining the performance of generators and APUs. Soft magnetic alloys generate less heat to promote higher continuous power operation for prolonged use.
The best soft magnetic materials enable smaller, lighter electromagnetic speaker components while pushing performance, such as improved sound pressure level (SPL) and extended battery life in wireless devices.
Haptic feedback requires precise motor responses to simulate a range of tactile feedback. Carpenter Electrification’s alloy material solutions provide high induction and permeability for improved haptic designs and enhanced user experience.
Products with sensitive electronic parts, such as phones, wearables, and headsets, need to be shielded from electromagnetic interference (EMI). Soft magnetic alloys are used to form thin stampings that suppress, attenuate, and mitigate disruptive magnetic fields.
The battery management system (BMS) monitors current and voltage to determine charge levels in electric vehicles. The resistors in the BMS must maintain a consistent resistance value at different operating temperatures to provide reliable feedback. Evanohm® R provides a low-temperature coefficient of resistance for accurate battery charge readouts.
Browse our knowledge base of technical electrification resources: white papers, brochures, datasheets, webinars, and more.