Product details
17HS3401S NEMA17 Stepper Motor
The 17HS3401S NEMA17 Stepper Motor is known for its high precision and outstanding performance. It is perfect for a wide range of applications due to its 1.8-degree step angle and 18 mN.m detent torque.
It's a great option for building CNC machines or 3D printers because of its precision and dependability.
This solid build of this motor is meant to withstand the demands of long-term use. Its sophisticated bearing mechanism ensures smooth operation while reducing the danger of failure. Also, the motor's effective heat dissipation mechanism helps to extend its operating life.
This NEMA17 Stepper Motor is a versatile motor that can be used in a wide range of applications. It is compatible with a variety of control systems and can be easily adapted to fit your specific needs.
Whether you are building a robotics project or a custom automation system, this motor is a perfect choice. With its compact size and powerful performance.
Read more : NEMA 17 - The High Torque Stepper Motor Working Principle
Features:
• Low noise.
• Low heat.
• Smooth operation.
• Good acceleration performance.
Applications:
• 3D printers
• Monitoring devices
• Packaging machines
• Stage lighting
• DIY projects
• CNC machines
• Robotics projects
• Custom automation systems
NEMA17 Motor Comparison: 17HS3401S vs 17HS4401 vs NEMA17 48 mm+
Feature
17HS3401S (34 mm)
17HS4401 (40 mm)
NEMA17 High-Torque (48 mm+)
Body Length
34 mm (compact)
40 mm (standard)
48 mm+ (large, extended)
Rated Current
1.0 A per phase
1.5–1.7 A per phase
1.7–2.5 A per phase
Holding Torque
Low–Medium torque (ideal for light loads)
Medium–High torque (better for heavier axes)
High torque (best for demanding applications)
Motor Size & Weight
Small / Lightweight
Medium
Large / Heavier
Ideal Use Cases
Compact 3D printers, robots, small CNC, educational kits
Standard 3D printers, robotics, moderate CNC loads
Large 3D printers, heavier CNC, automation with high torque demand
Power & Heat
Low current, minimal heat
Moderate heating, needs good airflow
High current, requires heatsinking & cooling
Who Should Choose?
Users needing compact size & lower power
Users needing balanced torque & size
Users needing maximum torque output
The 17HS3401S NEMA17 Stepper Motor is known for its high precision and outstanding performance. It is perfect for a wide range of applications due to its 1.8-degree step angle and 18 mN.m detent torque.
It's a great option for building CNC machines or 3D printers because of its precision and dependability.
This solid build of this motor is meant to withstand the demands of long-term use. Its sophisticated bearing mechanism ensures smooth operation while reducing the danger of failure. Also, the motor's effective heat dissipation mechanism helps to extend its operating life.
This NEMA17 Stepper Motor is a versatile motor that can be used in a wide range of applications. It is compatible with a variety of control systems and can be easily adapted to fit your specific needs.
Whether you are building a robotics project or a custom automation system, this motor is a perfect choice. With its compact size and powerful performance.
Read more : NEMA 17 - The High Torque Stepper Motor Working Principle
Features:
• Low noise.
• Low heat.
• Smooth operation.
• Good acceleration performance.
Applications:
• 3D printers
• Monitoring devices
• Packaging machines
• Stage lighting
• DIY projects
• CNC machines
• Robotics projects
• Custom automation systems
NEMA17 Motor Comparison: 17HS3401S vs 17HS4401 vs NEMA17 48 mm+
Feature
17HS3401S (34 mm)
17HS4401 (40 mm)
NEMA17 High-Torque (48 mm+)
Body Length
34 mm (compact)
40 mm (standard)
48 mm+ (large, extended)
Rated Current
1.0 A per phase
1.5–1.7 A per phase
1.7–2.5 A per phase
Holding Torque
Low–Medium torque (ideal for light loads)
Medium–High torque (better for heavier axes)
High torque (best for demanding applications)
Motor Size & Weight
Small / Lightweight
Medium
Large / Heavier
Ideal Use Cases
Compact 3D printers, robots, small CNC, educational kits
Standard 3D printers, robotics, moderate CNC loads
Large 3D printers, heavier CNC, automation with high torque demand
Power & Heat
Low current, minimal heat
Moderate heating, needs good airflow
High current, requires heatsinking & cooling
Who Should Choose?
Users needing compact size & lower power
Users needing balanced torque & size
Users needing maximum torque output
