High-torque drive

For demanding industrial shredding applications

In addition to the electromechanical drive with belt or WAP gearbox and the hydraulic drive, the high-torque drive is a powerful drive option for WEIMA shredders that has proven itself with customers all over the world.

The high-torque drive used by WEIMA comes from Baumüller. As a specialist in the recycling sector, WEIMA relies on close cooperation with Baumüller, a leading provider of innovative drive technologies. This partnership enables WEIMA to offer powerful and reliable shredding solutions for demanding applications.

Why choosing a high-torque drive?

When shredding hard plastic parts, for example, enormous forces are exerted on the shredder. To ensure that the machines are constantly operational, the key components must be particularly robust. This is where the high-torque drive from Baumüller shines: there are fewer wear parts, as there are no hoses or gears.
Why choosing a high-torque drive?
“The biggest advantage of the electric motor is its energy efficiency – and this convinced us.”
Stefan Roth
Machine Engineer at WEIMA
Oliver-Werner Sadrinna, Head of Supply at WEIMA, surrounded by other people in front of a WEIMA shredder
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Robust technology for maximum service life

High-Torque drive train from Baumüller

The high-torque, multi-pole synchronous motor is produced in Germany and is characterized by its insensitivity to foreign bodies. Without a gearbox, the drive withstands shocks and vibrations and therefore has a particularly long service life – even when shredding challenging material flows. In addition, a coupling between the rotor shaft and drive protects the motor from damage and can stop the rotor immediately if foreign objects enter the cutting chamber. The torque and speed can be precisely adjusted via a frequency converter to achieve optimum results in terms of throughput and quality of the shredded material.

Low energy consumption thanks to direct drive

By using direct drive technology, energy consumption can be reduced by up to 30 percent. In addition, the drive is very easy to regulate and control. As the speed decreases, the torque increases – an enormous advantage for the shredding process. The low noise level also speaks in favor of the drive from Baumüller.

Close-up of the high-torque drive from Baumüller

High-torque drive by Baumüller

Belt drive for optimum power transmission

A belt is used for the transmission of the direct drive, which transfers the power to the rotor and thus drives the cutting unit. Due to the connection of the rotor shaft via the belt, the Baumüller motor must be able to absorb radial forces of up to 40,000 N. This can be easily guaranteed thanks to a special bearing and the corresponding validation based on vibration measurements. In this way, vibrations can be compensated for and maintenance costs greatly minimized. The high-torque motor is ideal for shredding systems due to its good concentricity properties.

Baumüller high-torque drive installed on WEIMA shredder with water cooling system

WEIMA WKS Shredder with High-Torque Drive

Innovative direct drive concept: New development with Baumüller and DESCH

The long-standing WEIMA partner Baumüller and the drive specialist DESCH have jointly developed an innovative high-torque drive. This combines the powerful high-torque motors from Baumüller with the robust direct drive from DESCH. The new drive technology significantly increases the efficiency and reliability of the shredders. Thanks to direct power transmission and high torque, it delivers optimal performance, especially when processing demanding material flows.

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WEIMA shredder with Baumüler DESCH high-torque drive

All advantages at a glance

• Belt drive without gearbox
• Low noise emissions
• Low energy consumption
• High efficiency
• Insensitive to contaminants
• Water-cooled synchronous motor
• Compact and robust design
• High torque and breakaway torque
• Torque and speed can be precisely adjusted via frequency converter

Powerful yet energy-saving

An efficient drive is crucial for recycling machines. Optimal power transmission is achieved through a precise connection to the rotor shaft. Particularly economical: An all-electric high-torque drive system significantly reduces energy consumption compared to conventional hydraulic and electric solutions.