2M656-SB Raycel Driver Saibo Rui Zhi 720/2000/3000 Inkjet Machine Stepper Motor Driver with Good Price

Name: 2M656-SB Raycel Driver Saibo Rui Zhi 720/2000/3000 Inkjet Machine Stepper Motor Driver with Good Price
Brand: Nanjing Jingxin International Trade Co., Ltd.
SKU: 1601107924622_1
Price: 135.00 USD
Availability: InStock
Rating: 4.8 (100 reviews)

Product overview

Core functionalities

Applicable scenarios

Unique advantages

Precision Motor Control: The 2M656-SB microstepping driver enables smooth and accurate control of stepper motors in inkjet printers, supporting resolutions up to 3000 steps per revolution for high-definition printing.
Adjustable Performance: Features microstepping technology, customizable current settings, and direction control switches to optimize motor efficiency and adapt to varying printing tasks.

Key features

1. Corrosion-Resistant Metal Construction

With a durable aluminum body, ensure long-term reliability in industrial environments. Outperforms plastic-based drivers in heat dissipation and resistance to wear.

2. Precision Microstepping Control

With up to 129,600 microsteps per revolution, achieve ultra-smooth motor movements for high-precision applications like inkjet printing.

3. Customizable Performance Settings

Adjust current, resolution, and direction via dedicated switches for optimal control in demanding scenarios like high-speed printing or robotics.

4. Commercial-Grade Durability

Designed for continuous operation in industrial inkjet printers (e.g., Raycel 720/2000/3000 models), ensuring stable performance under heavy workloads.

5. Compact, Space-Efficient Design

With a slim rectangular profile, integrates seamlessly into tight spaces in printing machinery or automation systems.

Product details

The 2M656-SB microstepping driver is a precision-engineered stepper motor controller designed for inkjet printers and industrial automation systems. Built with an aluminum alloy casing for durability and heat dissipation, it offers adjustable current settings, high-resolution microstepping (up to 129,600 steps/revolution), and compact design for seamless integration into space-constrained applications.

Technical specifications

Feature	Specification	Benefit
Material	Aluminum alloy	Enhanced durability and heat resistance
Microstepping	12,500 to 129,600 steps/revolution	Ultra-smooth motion for high-precision tasks
Current Control	Adjustable via front-panel switches	Optimized performance for varying motor loads
Direction Control	Manual switch for rotation direction	Easy adjustment for bidirectional systems
Power Supply	DC input (voltage range not specified)	Versatile power compatibility
Compact Design	Rectangular, black finish	Space-saving integration into machinery

Customization guide

Adjustable current and resolution settings allow customization to meet specific motor requirements. For example:

Current Settings: Tailor output current to balance power and efficiency for different motor loads.
Resolution Settings: Increase microstepping levels (e.g., 129,600 steps) for high-precision applications like industrial robotics.

Get inspired

The 2M656-SB driver excels in applications demanding precision, such as inkjet printing, CNC machining, and automated assembly lines. With its microstepping technology, you can achieve smooth, vibration-free motion even at high speeds.

Choose your model

Parameter	Base Model	Advanced Model	Pro Model
Max Current	1.0A	1.5A (+50%)	2.0A (+100%)
Resolution Steps	12,500	25,000 (+100%)	129,600 (+937%)
Microstepping Levels	1/8 step	1/16 step (+100%)	1/256 step (+3100%)
Operating Temp Range	-10°C to 50°C	-20°C to 60°C	-30°C to 70°C

Supplier's note

Three Technical Breakthroughs:
- Aluminum Alloy Construction: Reduces thermal buildup, ensuring stable performance in continuous operation.
- Adjustable Current Control: Enables energy efficiency without sacrificing torque for light-duty applications.
- Ultra-High Resolution (129,600 steps): Delivers precision comparable to premium industrial drives at a competitive price.
Optimal Version Selection:
- Base Model: Ideal for standard inkjet printers or low-power applications where cost efficiency is prioritized.
- Advanced Model: Suitable for high-speed printing or robotics requiring 1.5A current and mid-range resolution.
- Pro Model: Best for precision tasks like CNC machining or medical equipment, where triple the industry-standard resolution ensures minimal error margins.

With the Pro Model’s 1/256 microstepping, you can achieve sub-millimeter accuracy in automated systems. Pair its high current capacity with the aluminum casing to handle demanding environments, such as industrial printing lines with frequent thermal stress.

Frequently asked questions

Which model suits small-scale inkjet printing operations?
How to clean the connectors on a 2M656-SB inkjet motor driver?
What materials are used in the 2M656-SB driver’s construction?
Can the 2M656-SB adjust microstepping resolution for inkjet printers?
Is the 2M656-SB compliant with industrial safety standards?
How does the 2M656-SB ensure precise motor movement for inkjet machines?
What current ranges does the 2M656-SB support for inkjet motor drivers?
Does the 2M656-SB support bidirectional motor control for inkjet printers?

Product comparison

Category	Usage Scenarios	Characteristics	Advantages	Disadvantages
Standard Stepper Motor Drivers	General industrial automation	Fixed 200 steps/rev, no microstepping (IEC 60947-5-1)	Cost-effective, simple setup	Limited precision (▲ vs microstepping drivers), noisy operation (65 dBA)
Industrial Microstepping Drivers	CNC machines, robotics	10,000 steps/rev (ISO 230-2), adjustable current up to 5A	Higher precision than standard drivers	Bulky design (▲▲ vs compact drivers), higher cost (▲▲▲ vs entry-level)
High-Precision CNC Drivers	Precision manufacturing, inkjet printers	12500–129,600 steps/rev (ISO 230-2), 3A adjustable current, aluminum housing	Ultra-smooth motion (▲▲▲ vs industry avg 10k steps), durable material	Expensive (▲▲▲ vs standard), requires expert setup
Low-Cost Entry-Level Drivers	Hobbyist projects	Fixed 400 steps/rev, non-adjustable current (IEC 60204)	Affordable (<$50), plug-and-play	Minimal customization (▲▲▲ vs advanced drivers), poor load tolerance
High-Current Industrial Drivers	Heavy machinery, robotics	2000 steps/rev, 10A current (IEC 60947-5-1)	Handles heavy loads (▲▲ vs standard drivers)	Bulky size (▲▲▲ vs compact drivers), high power consumption
Compact Inkjet Printer Drivers	Inkjet printers, 3D printing	129,600 steps/rev (ISO 230-2), 43 dBA noise (quieter than fridge hum), 28mm thickness	Ultra-precise motion (▲▲▲ industry standard), space-saving design	Higher cost (▲▲ vs standard), requires stable power supply (VDC 24–48V)