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Roller Gear Index Drives with Shaft or Flange Preview

Roller Gear Index Drives with Shaft or Flange

Precision roller gear design, optional shaft or flange mounts, ±5 arc-sec repeatability, high load capacity, low backlash, and durable hardened steel construction for industrial reliability.

Sango Automation Limited is one of the most reliable manufacturers and suppliers of roller gear index drives with shaft or flange in China. With abundant experience, we warmly welcome you to wholesale advanced roller gear index drives made in China from our factory. Good service and quality products are available.

How the Roller Gear Index Drive Works

Roller Gear Index Drives with Shaft or Flange are high-precision rotary indexing components, engineered for industrial automation, machining, and precision assembly. They combine roller gear technology with optional shaft or flange mounts, offering flexible installation and reliable positioning for diverse industrial applications.

Crafted with hardened steel gears and precision bearings, these drives deliver smooth, repeatable performance, withstand heavy loads, and adapt to continuous or intermittent operation.

Suitable for industries from automotive and electronics to packaging and aerospace, they eliminate positioning errors, streamline production workflows, and work seamlessly with servo motors to meet strict precision requirements.

Key parameters

Indexing Accuracy
Standard & high-precision options
±5 arc-sec (±2 high-precision)
Max Torque
Torque capacity range
50 – 500 N·m
Load Capacity
Allowable workpiece load
50 – 400 kg
Mounting
Output shaft & flange options
Shaft Ø20–80 mm / flange
Cam Indexer Internal Mechanism

Why Machine Builders Specify It

Distinct advantages over standard index drives and competing products.

Superior Repeatability & Low Backlash

The precision roller gear design delivers superior repeatability and low backlash, outperforming traditional gear drives in critical applications.

Shaft or Flange, No Adapters

Optional shaft or flange mounts provide flexibility, removing the need for custom adapters and simplifying installation.

Long Service Life

Hardened steel construction resists wear and ensures a long service life of up to 25,000 hours of intermittent operation, reducing replacement costs.

High Load with Smooth Operation

The drives balance high load capacity with smooth operation, suiting both heavy-duty machining and delicate precision tasks.

Servo & PLC Ready

Compatible with servo motors from 200 W to 5.5 kW, with PLC control and pulse input for seamless integration into automation systems.

Sealed Lubrication

Hardened alloy steel roller gears (HRC 60–62) run in a sealed lubrication system that reduces maintenance.

Core Technical Specifications

Built to strict industrial standards, with customizable parameters to fit specific application needs.

All figures at 20 °C, ISO VG 220 oil fill.
Roller Gear Index Drive Specifications

Roller Gear Index Drive Specifications

Key specifications for standard and high-precision models. Flange sizes are customizable to match existing equipment.

Contact us to match the model to your torque and load.
ParameterValue / RangeNote
Indexing Accuracy±5 arc-sec (standard) · ±2 arc-sec (high-precision model)Consistent positioning for critical tasks
Maximum Torque50 N·m to 500 N·mDepends on model
Load Capacity50 kg to 400 kgDepends on model
Shaft Diameter20 mm to 80 mmFlange sizes customizable
Backlash≤ 3 arc-minMinimizes positioning error
Max Intermittent Speed150 rpm—
Roller Gear MaterialHardened alloy steel, HRC 60–62Wear resistant
LubricationSealed lubrication systemReduces maintenance
Servo Motor Compatibility200 W to 5.5 kWPLC control and pulse input supported
Service LifeUp to 25,000 hoursIntermittent operation

Installation & Maintenance Guidelines

Proper installation and maintenance are critical to maximizing performance and service life. Follow these guidelines to keep your roller gear index drive running at full precision.

Production & Service Procedure

What happens next

1

Choose Mount & Prepare Surface

Select the shaft or flange mount that suits your equipment. The mounting surface must be flat, clean, and level, with a parallelism tolerance of ≤0.01 mm.

2

Secure & Align

Fix the drive firmly to prevent vibration, and align the input shaft with the motor to avoid backlash.

3

Connect Control System

Connect to the control system following the manual, making sure all wiring is correct.

4

Lubricate Every 6 Months

Check lubrication every 6 months and add the recommended industrial lubricant. Avoid incompatible oils.

5

Inspect & Clean

Regularly inspect gears and bearings for wear or debris, and clean them with a soft cloth.

6

Avoid Overload & Troubleshoot

Do not exceed rated torque or speed, as this causes precision loss. If you hear abnormal noise or see positioning issues, stop and check for loose connections or wear.

Different Transmission Device

Explore our complete range of synchronized cam mechanisms and motion handlers.

Industries That Use Roller Gear Index Drives

These roller gear index drives are ideal wherever precise, reliable rotary indexing with flexible mounting is needed. In automotive manufacturing, they position components for welding, drilling, and assembly of engine parts and body panels. In electronics production, they handle circuit board assembly and component testing with accurate alignment. In packaging machinery, they adjust product orientation for labeling, filling, and sealing, reducing defects. In aerospace, they support precision machining of small, high-tolerance components. They also excel in medical device manufacturing, positioning parts for assembly and sterilization to meet strict industry standards. Their shaft or flange options make them easy to integrate into new lines or retrofit into existing equipment, for both light-duty and heavy-duty needs.

Cam Indexing Drive Application Scenarios

Frequently Asked Questions?

Everything you need to know about roller gear index drives: accuracy, mounting, motors, and maintenance.

Should I choose the shaft or flange mount?

Choose the shaft mount when you need to drive gears, sprockets, couplings, or other shaft-connected parts. Choose the flange mount when a turntable or dial bolts directly to the output. Both options avoid the need for custom adapters.

What indexing accuracy is available?
Which motors and controls are compatible?
How do I choose the right size?
How often does the drive need maintenance?
How long does a roller gear index drive last?