GIDINGS&LEWIS NSM2302 stepper motor

Brand:GIDDINGS & LEWIS
Model:NSM2302
Product status: New/used
Shipping place: Xiamen, China
Warranty: 365 days
Structural form: Other (specific form may vary depending on application)
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Details

GIDINGS&LEWIS NSM2302 stepper motor

Product manual:

GIDINGS&LEWIS NSM2302 stepper motor
Product Overview

Giddings&Lewis NSM2302 stepper motor is a high-precision motor used in motion control systems for CNC machine tools and automation equipment.
This motor is suitable for industrial applications that require high positioning accuracy, frequent starting/stopping, and large load changes.

Technical Features

High precision positioning: Accurate angle at each step ensures the repeated positioning accuracy of mechanical actions.

High torque output: Provides stable torque at low and medium speeds to meet load requirements.

Durable and reliable: Industrial grade design, resistant to vibration, high temperature, and suitable for harsh working conditions.

Easy to integrate: standard flange installation, can be directly connected to various machine tools or automation devices.

Low maintenance requirements: Brushless design reduces wear and is suitable for long-term operation.

Application field

CNC machine tool
Used to control the precise positioning of workbenches, tool holders, or turntables, achieving high-precision machining.

Vertical lathe and composite machining center
Coordinate multi axis step control to achieve turning and milling actions for complex workpieces.

Automatic production line
Used for robotic arms, conveyors, or positioning platforms to achieve precise step movements.

Testing and measuring equipment
Control sample movement or instrument positioning to achieve high-precision repetitive operations.

Machine tool upgrade and renovation
Replace or supplement positioning motors in the numerical control transformation of old equipment to improve system accuracy and reliability.

Product advantages

High precision and high repeatability: suitable for precision machining and positioning scenarios.

Strong reliability: Industrial grade design, suitable for long-term operation under harsh working conditions.

Good compatibility: can be flexibly matched with stepper drivers or closed-loop control systems.

Easy maintenance: The brushless design and wear-resistant structure reduce maintenance costs.

Improve system efficiency: optimize positioning accuracy and response speed, and enhance the performance of machine tools and automation equipment.