LMSA Series
Iron-core linear motors with high power density and minimal cogging: peak force 4,458 N
Continuous force 52–1,579 N
Iron-core Minimal cogging
Electrical Components
Also listed as Linear Motors
Synchronous linear motors: iron-core, coreless, water-cooled, tubular.
4 products
Iron-core linear motors with high power density and minimal cogging: peak force 4,458 N
Continuous force 52–1,579 N
Iron-core Minimal cogging
Coreless linear motors with epoxy-cast coils: no cogging, low inertia, high acceleration
Coreless Zero cogging
Water-cooled iron-core motors for sustained high power: peak force up to 20,827 N, UL certified
Iron-core Water-cooled
Tubular linear motors designed as ballscrew substitutes: peak force up to 1,196 N, no cogging
Tubular
Iron-core linear motors with high power density and minimal cogging: peak force 4,458 N
Iron-core Minimal cogging
Choose for the most force from a compact motor
Coreless linear motors with epoxy-cast coils: no cogging, low inertia, high acceleration
Coreless Zero cogging
Choose for ultra-smooth scanning and low-inertia moves
Water-cooled iron-core motors for sustained high power: peak force up to 20,827 N, UL certified
Iron-core Water-cooled
Choose for sustained high force at continuous duty
Tubular linear motors designed as ballscrew substitutes: peak force up to 1,196 N, no cogging
Tubular
Choose for a direct, wear-free ballscrew replacement
Why HIWIN
The forcer never touches the stator: no backlash, no recirculating parts, and dynamics limited by physics rather than friction.
Coreless sprinters with zero cogging through water-cooled iron-core workhorses cover the full force spectrum; LMSA and LMFA are UL certified.
Stators extend segment by segment and carry multiple independent forcers, so one axis serves several carriages.
Tubular LMT motors install like the ballscrew they replace, bringing direct drive to existing envelope designs.
Linear Motor Components