Jiangsu Profile
Product List
3781. Factory Price Linear External Drive Lead Screw Stepper Motor NEMA 11 28mm Screw Motor for ... 
[Jun 17, 2024]
[Jun 17, 2024] Product Description Product Parameters Electrical parameter Motor Size Voltage/Phase Current/Phase Resistance/Phase Inductance/Phase Number of lead wires Rotor Inertia Motor Weight Motor ...
3782. 3X Motion NEMA11 External Type Actuator Lead Screw Threaded Rod Linear Drive Medical Stepper Motor [Jun 17, 2024]
[Jun 17, 2024] Product Description Product Parameters Electrical parameter Motor Size Voltage/Phase Current/Phase Resistance/Phase Inductance/Phase Number of lead wires Rotor Inertia Motor Weight Motor ...
3783. 3X Motion External Type Actuator Lead Screw Threaded Rod Linear Drive Medical Stepper Motor [May 31, 2024]
[May 31, 2024] Product Description Product Parameters Electrical parameter Motor Size Voltage/Phase Current/Phase Resistance/Phase Inductance/Phase Number of lead wires Rotor Inertia Motor Weight Motor ...
3784. NEMA 35 Hybrid Stepper Motor 5A 2.3n. M 24V for CNC Automation Equipment [May 17, 2024]
[May 17, 2024] Product Description Product Parameters Part Number Units 35HS023MF180X-01 35HS023MF650A-01 35HS027MF18JF-01 35HS027MF440X-01 35HS034MF420X-01 35HS034MF800A-01 Base Size mm 35 Phase / 2 Step ...
3785. 3 Phase NEMA 34 Closed Loop Stepper Motor with 1000 Lines Encoder [Oct 30, 2024]
[Oct 30, 2024] HYBRID STEP-SERVO MOTOR 34CF3P SERIES HIGH TORQUE LOW VIBRATION General Specifications: Step Angle --------------------------------------------------------1.2° (full step) Step Angle Accuracy ...
Company: CF ELECTRIC MOTOR CO., LTD.
3786. NEMA23 Good Price High Quality 2.8nm Hybrid Stepper Motor for CNC [Sep 06, 2025]
[Sep 06, 2025] Phases 2 Step Angle 1.8°±5% Step Accuracy 40N(5.6 Lbs.)Push ...
3787. 42mm High Quality High Torque Hybrid Stepper Motor for 3D Printer [Sep 06, 2025]
[Sep 06, 2025] Series Model Moter Length L(MM) Rated Voltage (V) Rated Current (A) Phase Resistance (Ω) Phase Inductance (mH) Holding Torque (Kg.cm) Lead Wire (NO.) Rotor Intertia Motor Weight ...
3788. NEMA23 High Torque High Quality Hybrid Stepper Motor for CNC [Sep 06, 2025]
[Sep 06, 2025] Phases 2 Step Angle 1.8°±5% Step Accuracy 40N(5.6 Lbs.)Push ...
3789. NEMA23 High Torque High Quality 2.5nm Stepper Motor for 3D Printer [Sep 06, 2025]
[Sep 06, 2025] Phases 2 Step Angle 1.8°±5% Step Accuracy 40N(5.6 Lbs.)Push ...
3790. NEMA34 Good Price High Torque High Quality 4.5nm Hybrid Stepper Motor for 3D Printer [Sep 06, 2025]
[Sep 06, 2025] Products Description Product Paramenters Item Specifications Step Angle 1.8° Step Angle Accuracy ±5% (full Step, no load) Resistance Accuracy ±10% Inductance ...
3791. NEMA34 Good Price High Torque High Quality 6.0nm Hybrid Stepper Motor for 3D Printer [Sep 06, 2025]
[Sep 06, 2025] Products Description Product Paramenters Item Specifications Step Angle 1.8° Step Angle Accuracy ±5% (full Step, no load) Resistance Accuracy ±10% Inductance ...
3792. NEMA34 Good Price High Torque High Quality 8.9nm Hybrid Stepper Motor for 3D Printer [Sep 06, 2025]
[Sep 06, 2025] Products Description Product Paramenters Item Specifications Step Angle 1.8° Step Angle Accuracy ±5% (full Step, no load) Resistance Accuracy ±10% Inductance ...
3793. NEMA34 Good Price High Torque High Quality 7.0nm Hybrid Stepper Motor for 3D Printer [Sep 06, 2025]
[Sep 06, 2025] Products Description Product Paramenters Item Specifications Step Angle 1.8° Step Angle Accuracy ±5% (full Step, no load) Resistance Accuracy ±10% Inductance ...
3794. NEMA34 Good Price High Torque High Quality 10.0nm Hybrid Stepper Motor for CNC [Sep 06, 2025]
[Sep 06, 2025] Products Description Product Paramenters Item Specifications Step Angle 1.8° Step Angle Accuracy ±5% (full Step, no load) Resistance Accuracy ±10% Inductance ...
3795. NEMA17 High Torque Good Price Hybird Stepper Motor for CNC [Sep 06, 2025]
[Sep 06, 2025] Series Model Moter Length L(MM) Rated Voltage (V) Rated Current (A) Phase Resistance (Ω) Phase Inductance (mH) Holding Torque (Kg.cm) Lead Wire (NO.) Rotor Intertia Motor Weight ...
