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Precision Motion Products

Explore motors, actuators, drives and integrated motion solutions engineered for compact installation, dependable control and application-specific performance.

Explore Our Product Portfolio

Rated Power
200 W
Rated Torque
0.64 N·m
Communication
EtherCAT / CANopen / RS485
SPJGMP6020D is a 200 W, 48 VDC integrated servo motor with 0.64 N·m rated torque, 3000 rpm rated speed and selectable EtherCAT, CANopen or RS485 communication.
Step Angle
0.72°
Holding Torque
0.3–0.5 N·m
Rated Current
1.8 A/phase
SP17H50 is a 42 mm 0.72° five-phase stepper motor with single-shaft construction, 0.3–0.5 N·m holding torque and 1.8 A/phase rated current.
Step Angle
0.72°
Holding Torque
0.3–0.5 N·m
Rated Current
1.8 A/phase
SP17H50 is a 42 mm 0.72° five-phase stepper motor with double-shaft construction, 0.3–0.5 N·m holding torque and 1.8 A/phase rated current.
Step Angle
0.72°
Holding Torque
2.1 N·m
Rated Current
2.4 A/phase
SP24H5055-240-5AC-FB is a 60 mm 0.72° five-phase stepper motor with a 24 V, 2 N·m brake and separate 500 mm motor and brake cables.
Step Angle
0.72°
Holding Torque
1.15–2.1 N·m
Rated Current
2.4 A/phase
SP24H50 is a 60 mm 0.72° five-phase stepper motor with double-shaft construction, 1.15–2.1 N·m holding torque and 2.4 A/phase rated current.
Step Angle
0.72°
Holding Torque
1.15–2.1 N·m
Rated Current
2.4 A/phase
SP24H50 is a 60 mm 0.72° five-phase stepper motor with single-shaft construction, 1.15–2.1 N·m holding torque and 2.4 A/phase rated current.
Hollow Bore Diameter
45 mm
Holding Torque
0.6 N·m
Radial & Axial Runout
0.02 / 0.01 mm
The SPHYC94248-30-H-IE9000-JJ is a 94 × 94 mm large-bore hollow shaft stepper motor with a Ø45 mm through bore, 0.6 N·m holding torque, 0.9° step angle and precision 0.02/0.01 mm radial and axial runout.
Holding Torque
0.005 N·m
Rated Current
0.25 A
Motor Length
32 mm
The SP14 14 mm hybrid rotary stepper motor provides 0.005 N·m holding torque in a 32 mm body, with 0.25 A rated current and optional EK6 or EK7 incremental encoder feedback.

Find the Right Motion Solution

Share your load, speed, travel, accuracy, duty cycle and environment requirements. Our application engineers will help you evaluate and select the right configuration.

Start with your application requirements. Share your load, speed, travel, accuracy, duty cycle and operating environment. Our engineers will recommend a practical motor, actuator and drive configuration.
Validate the critical operating points. We review mechanical load, motion profile, thermal limits, interfaces and installation constraints, then support samples and prototype testing before production.

Why Engineers Choose Spotlight Motor

Precision

Application-matched motors and actuators support repeatable positioning, stable low-speed control and consistent production performance.

Compact Integration

Compact mechanics, integrated drives and configurable interfaces reduce installation space, wiring and commissioning effort.

Reliable Operation

Components are selected and validated around real duty cycles, thermal limits and environmental demands for dependable long-term operation.

Engineering clarity for confident motion system decisions.

Engineering support from selection to validation

We connect product selection, mechanical integration, drive configuration and application testing in one practical engineering workflow.

Application-ready technical data

Access dimensions, electrical parameters, interface definitions and available CAD resources for efficient system design.

Direct application engineering

Work directly with engineers to match motor, actuator and drive configurations to load, speed, travel, accuracy and duty-cycle requirements.

Flexible system integration

Choose from configurable mechanical, electrical and communication options to fit your machine architecture.

Performance validation

Confirm critical operating points through samples, prototype testing and application review before production.

Motion solutions built around your application

Spotlight Motor develops and supplies compact motors, linear actuators, drive systems and integrated motion solutions for industrial automation, medical instruments, semiconductor equipment and demanding scientific applications. Our focus is practical: reliable performance, clear engineering data and responsive collaboration from concept through production.