Stepper Motor Drives

Approx. Rs 4,500 / PieceGet Latest Price

Product BrochureProduct Details:

Stepper Motor Drives (also known as stepper drivers or stepper controllers) are electronic devices that control the movement of stepper motors by converting control signals (such as step and direction pulses) into the appropriate current and voltage waveforms. These drives enable precise speed, position, and torque control, making them a key component in CNC machinery, robotics, 3D printing, packaging systems, and automation lines.

Key Features:

• Control Modes:

  • Step & Direction (Pulse input)

  • CW/CCW (clockwise/counterclockwise)

  • Serial communication (Modbus, CAN, RS-485)

  • Standalone programmable control (on select models)

• Microstepping Resolution:

  • Up to 1/256 step for ultra-smooth motion

  • Selectable via DIP switches or software

• Current Rating:

  • Typically ranges from 1A to 8A per phase (peak or RMS)

  • Adjustable to match stepper motor requirements

• Voltage Range:

  • 12V to 80V DC (common)

  • High-end drives: up to 160V DC or AC input support

• Motor Compatibility:

  • Bipolar or unipolar 2-phase and 4-phase stepper motors

  • NEMA 17, NEMA 23, NEMA 34, and larger sizes

Advanced Features (Model Dependent):

• Auto current reduction (reduces holding current when motor is idle)

• Overvoltage, undervoltage, short-circuit, and overtemperature protection

• Closed-loop support with encoder feedback for anti-stall operation

• Torque control mode for press-fit or tension applications

• S-curve acceleration for smooth start/stop motion

Typical Applications:

• CNC routers, lathes, and engraving machines

• 3D printers and filament extruders

• Laser cutting and pick-and-place machines

• Robotics and automated stages

• Textile machines and camera sliders

• Labeling and packaging systems

Advantages:

• Precise control of position and motion

• Easy integration with PLCs, microcontrollers (Arduino, Raspberry Pi), or motion controllers

• Energy efficient with idle current control

• Noise and vibration reduction with microstepping

• High compatibility with a wide range of motors

Popular Types of Stepper Drives:

1. Analog Stepper Drivers

   • Basic DIP-switch configuration

   • Economical and widely used in general applications

2. Digital Stepper Drivers

   • PC software for advanced tuning and configuration

   • Built-in diagnostics, smoother motion profiles

3. Closed-Loop Stepper Drivers

   • Uses encoder feedback for real-time position correction

   • No missed steps and higher dynamic torque

   • Acts like a servo but at stepper cost

Optional Add-ons:

• Built-in motion controller for standalone operation

• HMI or touchscreen interface for direct control

• Network-ready models with Modbus RTU, EtherCAT, CANopen

• DIN rail or panel mount casing options

• Shielded cables and connectors for EMI protection

Approx. Rs 5,500 / PieceGet Latest Price

Product BrochureProduct Details:

A Stepper Motor Controller is an intelligent electronic device that generates step signals and manages the operation of a stepper motor driver, which in turn powers a stepper motor. It coordinates the motor’s movement based on user input or programmed commands to achieve precise control of position, speed, and direction. Stepper motor controllers are widely used in CNC machines, robotics, 3D printers, automation systems, and mechatronics projects.

Key Features:

• Control Modes:

  • Pulse/Direction output for external drivers

  • Standalone operation via pre-programmed routines or onboard memory

  • Communication interfaces: RS232 / RS485 / Modbus / USB / CAN / Ethernet (model dependent)

  • Manual jog control via keypad, dial, or touchscreen (optional)

• Input Support:

  • Limit switches, emergency stop, start/stop signals

  • External sensors (e.g., proximity, encoder input on some models)

  • Analog inputs for speed control (in advanced models)

• Motor Compatibility:

  • Bipolar 2-phase stepper motors (NEMA 17, 23, 34)

  • Microstepping supported (1 to 256 microsteps via driver)

• Programming Options:

  • Onboard scripting (G-code, custom logic)

  • PC software configuration

  • Arduino, PLC, or Raspberry Pi compatible (in modular units)

• Power Supply:

  • Typically powered via 5V or 24V DC (for logic and signal output)

  • May include built-in or external driver power interface

Advantages:

• Precise motor control for accurate positioning and repeatability

• Flexible I/O and communication for integration with PLCs, HMIs, or embedded systems

• Supports complex motion profiles like ramping, pausing, or multi-axis coordination

• User-friendly configuration via software or onboard interface

• Available in modular, embedded, or panel-mounted form

Applications:

• CNC routers, mills, and lathes

• 3D printers and laser engravers

• Robotics and XY stages

• Pick-and-place and labeling machines

• Industrial automation lines

• Educational mechatronics projects

Approx. Rs 7,500 / PieceGet Latest Price

Product BrochureProduct Details:

A Stepper Motor Controller is an electronic device that precisely controls the position, speed, and direction of a stepper motor by sending timed electrical pulses. It interprets signals from a microcontroller or driver circuit and coordinates the step sequence for smooth and accurate motor operation.

Key Features:

• Converts digital control signals into step pulses

• Supports full-step, half-step, and micro-stepping modes

• Interfaces with PLCs, microcontrollers (Arduino, Raspberry Pi, etc.)

• Can control one or multiple stepper motors

• Often includes features like speed control, acceleration/deceleration profiles, and overload protection

Applications:

• CNC machines and 3D printers

• Robotics and automation systems

• Camera sliders and precision instruments

• Packaging and labeling machines

• Laboratory and medical equipment

Approx. Rs 3,500 / PieceGet Latest Price

Product BrochureProduct Details:

The DM556T is a digital 2-phase stepper motor driver designed to power NEMA 23 and NEMA 34 bipolar stepper motors with exceptional smoothness, low noise, and precise microstepping control. Built with advanced DSP technology, it supports up to 256 microsteps and offers high performance at medium to high speeds, making it ideal for use in CNC machines, 3D printers, laser engravers, and other motion control systems.

Key Features:

• Motor Compatibility:

  • 2-phase bipolar stepper motors

  • Suitable for NEMA 17, 23, 24, and 34 frames

• Microstep Resolution:

  • Up to 256 microsteps/rev

  • Selectable via DIP switches

• Output Current:

  • 1.4A to 5.6A peak current

  • Adjustable via DIP switches

• Input Voltage:

  • 20V to 50V DC

• Pulse Frequency:

  • Up to 200 kHz input pulse rate

• Control Signal Input:

  • Step/Dir or CW/CCW signals

  • Opto-isolated digital inputs (5–24V compatible)

Protection Features:

• Overvoltage protection

• Overcurrent protection

• Short circuit protection

• Motor stall detection

• Over-temperature protection with auto-recovery

Mechanical Details:

• Dimensions: Approx. 118 mm × 75 mm × 34 mm

• Mounting: Panel mount (standard slots provided)

• Cooling: Aluminum heat sink with natural or forced air cooling

• Weight: ~300–400 grams

Performance Benefits:

• Smooth and quiet operation with advanced microstepping

• Reduced motor heating with auto-current reduction when idle

• Higher torque at higher speeds compared to analog drivers

• Stable and reliable performance under various loads

• Precise positioning even in open-loop systems

Applications:

• CNC routers, mills, and laser cutters

• 3D printers and plotters

• Pick-and-place and dispensing machines

• XY stages and robotics

• Packaging and labeling systems

• Textile automation equipment

Included Components:

• DM556T Driver Module

• Quick-start wiring guide

• DIP switch setting chart

• Screw terminal blocks

Optional Add-ons:

• Matched stepper motors (NEMA 23/34, 2.8A–5.0A)

• Power supplies (36V–48V DC recommended)

• Signal breakout board for easy interfacing with controllers (Arduino, Mach3, etc.)

• Heatsink or fan for high-duty environments

Approx. Rs 4,500 / PieceGet Latest Price

Product BrochureProduct Details:

The Yako 2D68MH is a high-performance 2-phase hybrid stepper motor driver designed for controlling medium-to-large NEMA 23 and NEMA 34 stepper motors with superior smoothness, high torque output, and minimal vibration. It supports microstepping up to 256 subdivisions and current control up to 6.8A, making it ideal for CNC machinery, robotics, engraving machines, textile equipment, and automation systems.

Key Features:

• Motor Compatibility: 2-phase hybrid stepper motors (NEMA 23, 24, 34)

• Microstepping Resolution: Up to 256 microsteps (software/dip-switch selectable)

• Output Current: 2.0A to 6.8A (peak) – adjustable via DIP switch

• Input Voltage: 24V–80V DC

• Control Mode:

  • Step/Direction

  • CW/CCW Pulse Signal Input

• Pulse Frequency: Up to 200 kHz

• Position Accuracy: ±5% per step (non-cumulative)

Electrical & Interface Details:

• Signal Input Logic: Opto-isolated (high-speed response)

• Input Voltage (Logic): 5V–24V TTL compatible

• Protection Functions:

  • Overvoltage

  • Overcurrent

  • Motor stall

  • Over-temperature

• Indicators: LED status for fault and operation modes

• Cooling: Integrated heat sink with optional fan cooling for high-current loads

Mechanical and Mounting:

• Enclosure: Aluminum alloy shell with cooling fins

• Mounting: Panel or cabinet-mountable

• Dimensions (Approx.): 118 mm × 75 mm × 34 mm

• Weight: ~400 grams

Advantages:

• High torque output even at low speed

• Smooth and quiet motion using advanced microstepping control

• Reliable protection features for industrial use

• Wide voltage range supports various power supply setups

• Flexible configuration via DIP switches

Applications:

• CNC routers and milling machines

• Laser engraving and cutting systems

• Robotics and pick-and-place machines

• Textile and embroidery machinery

• 3D printers and plotters

• Conveyor and packaging automation

Included with Driver:

• User manual with wiring diagram

• Connector terminals

• DIP switch settings chart for current and microstep configuration