Parallel Shaft Geared Motor

High Torque Output Capacity

The parallel shaft structure allows for multi-stage gear transmission, distributing the load across multiple gears and preventing excessive force on a single stage. This ensures stable torque output, withstands impact loads, and is suitable for heavy-duty equipment.

Compact Structure, Suitable for Installation in Constrained Spaces

Compared to right-angle reduction structures, the parallel shaft layout is easier to fit the main body of the equipment.

It saves installation space, facilitates modular design, and easily forms standardized product series. It has a wider range of compatibility and is easier to distribute.

High Efficiency Operation, Reduced Heat Loss

The helical gear structure allows for progressive gear meshing, reducing energy loss.

This results in lower operating temperature rise, stable continuous operation, and effectively reduces the burden on the motor.

The equipment can operate for longer periods without abnormal overheating.

Suitable for Continuous Operation

Parallel shaft gear motors are commonly used in industrial environments with long-term operation.

The multi-stage gear structure distributes load pressure, which helps extend gear life, reduces premature bearing wear, and lowers maintenance frequency.

Gear Machining and Meshing Precision Control

Utilizing CNC gear machining technology, the precision of tooth profile and pitch is controlled.

Focus is placed on controlling the tooth surface contact ratio, meshing clearance, and backlash error.

This reduces meshing impact and improves transmission smoothness.

Heat Treatment Strengthening

The gears undergo strengthening treatment, improving the wear resistance, fatigue resistance, and impact strength of the Parallel Shaft Geared Motor, ensuring stable output under high load operation.

Housing Machining and Assembly Precision

Controlling the coaxiality of bearing seats

Controlling the precision of mounting surfaces

Ensuring internal structural stability

Avoiding vibration and abnormal wear caused by assembly errors.

Factory Testing Process

Each parallel shaft gear motor undergoes no-load operation testing, noise checks, and temperature rise monitoring before leaving the factory.

Ensuring the equipment's stability under actual operating conditions.

• Conveying and Transmission Systems：Long-term operation requires high torque stability.
• Lifting Equipment：Requires continuous high torque output to prevent slippage or shutdown.
• Automated Production Lines：Requires stable and consistent drive modules for standardization.
• Industrial Manufacturing Equipment：Needs stable operation in complex environments.

AURIC possesses the capability to select and support Parallel Shaft Geared Motors.

We have extensive experience in load matching.

We offer stable, long-term supply.

We also provide technical selection support, recommending suitable models based on actual load and operating time.

We offer complete system matching solutions, supporting compatibility with motors, frequency converters, or control systems.

OEM customization is supported.

Adjustments to flanges, shaft diameters, and mounting methods are supported.

We prioritize our customers' continued sales capabilities.

If you are looking for a stable, profitable product line suitable for long-term partnerships, Parallel Shaft Geared Motors are a reliable choice.