Proven and powerful helical gear motors

A BEGE helical gear motor is an integrated power transmission unit consisting of a helical gearbox and an electric motor. These systems use gears cut at an angle to the axis of rotation, ensuring a constant and smooth transition of power between the motor and the driven machine.

The results is a highly efficient drive system capable of continuous operation with minimal energy loss.

BEGE helical gear motors offer exceptional mechanical efficiency, typically reaching levels between 95% and 98% per stage. This high efficiency minimizes energy loss and heat generation, leading to lower operating costs and a longer service life for the internal components.

Additionally, the inline configuration of the motor and output shaft allows for a high torque-to-volume ratio, making these gear motors the most cost-effective solution for many industrial applications.

BEGE helical gear motors are versatile power transmission solutions frequently used in conveyor systems, agitators, and packaging machinery. Due to their robust cast iron housing and high axial load capacity, these gear motors are also ideal for heavy-duty roles in the textile and wood processing industries. The G-Series provides the steady torque required for both material handling and complex manufacturing processes.

The following table compares the different helical motor reducer configurations within the BEGE product range to assist in selecting the optimal drive for your specific application:

The BEGE G-Series is constructed with high-quality cast iron housings and hardened, ground gears to ensure maximum durability under heavy loads. These gear motors support a wide power range and can achieve output torques up to 2,590 Nm.

The robust construction makes BEGE helical gear motors an ideal choice for mixers, agitators, and heavy-duty transport systems that require consistent performance in demanding environments.

Yes, helical gear motors can be upgraded with a patented BEGE MIG encoder to function as a smart, controllable drive system. The flange encoder is integrated between the motor and the helical gearbox, providing high-resolution feedback on speed and position.

This setup is perfect for automated processes where a standard motor reducer must perform precise indexing or synchronized movements across a production line.

The compact or “mini” helical gear motor is engineered with a shorter total length and a more streamlined housing compared to standard industrial units. These motor reducers are ideal for smaller machinery, such as laboratory equipment, small conveyors, and pharmaceutical dispensers, where space is highly restricted.

Despite their smaller footprint, BEGE compact helical gear motors maintain high reliability and the same smooth-running characteristics as their larger counterparts.

BEGE helical gear motors offer a wide variety of mounting options to ensure the helical gear motors can be integrated into any machine design. Including foot-mounted (B3) and large flange-mounted (B5) versions. The modular design ensures that the motor can be mounted in multiple orientation without compromising lubrication or performance.

This flexibility is essential for engineers designing complex, multi-axis industrial systems.

When specifying a BEGE helical gear motor for conveyors, engineers must evaluate the required output torque, radial loads on the output shaft, and the desired duty cycle. Environmental conditions, such as temperature fluctuations or moisture exposure, may dictate the need for specific coatings or stainless steel components.

Additionally, integrating a BEGE MIG encoder provides the necessary positioning and speed feedback for automated sorting or indexing.

BEGE can assist in selecting the correct gear ratio and motor power to ensure the helical gear motor operates within its optimal performance window, maximizing the lifespan of the entire drive system.

BEGE helical gear motors are designed for low-maintenance operation, often featuring long-life lubrication suited for specific ambient temperatures. Regular inspection of oil levels and periodic replacement of seals will prevent contamination and ensure the hardened gears remain properly lubricated. Because all the series use high-quality mineral oils, the internal components are well-protected against wear and corrosion over years of service.