Drive elements for power transmission
Save total cost of ownership with efficient gear wheels, drive chains, conveyor chains, toothed racks and toothed belts
Image: Tsubaki
Drive elements for power transmission
Save total cost of ownership with efficient gear wheels, drive chains, conveyor chains, toothed racks and toothed belts
Image: Tsubaki
Brakes for machine safety
with safety brakes, hydraulic, electromagnetic or spring-actuated brakes and clamping elements
Image: Mayr drive technology
Transmission for the drive train
Planetary gears, spur gears or heavy-duty gears, low backlash and networkable for mechanical engineering
Image: Schaeffler
Drive transmission clutches
Disk coupling, safety coupling, shaft coupling, clamping element, shaft-hub connection for machines and systems
Image: Orbit drive technology
Linear drives for precise movement
Electric linear motor innovations such as ball screws, trapezoidal screws, rack and pinion drives, linear modules and actuators for positioning and strokes
Image: Rodriguez
Engines with future potential
Synchronous motor, asynchronous motor, geared motor, DC motor, DC and BLDC, stepper motor for your cost-conscious design
Image: Koco Motion
Converters for drives in mechanical engineering
Electrical drive technology such as frequency converters, DC converters, stepper motor drivers for efficient drive technology in Industry 4.0
Image: Mitsubishi Electric
Here you will find the mechanical, electrical and mechatronic Drive Technology for the modern Engineering. We inform about individual Drive Elements or components like Transmission, Couplings, Brakes, Linear Drives, Engines, Inverter etc. as well as complete drive solutions for power transmission in the drive train of a machine or system.
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Drive technology today no longer only includes individual components such as gearbox, motor, clutch. Rather, they merge here in the sign of Drive technology 4.0 or Industrial 4.0 increasingly the technical disciplines. Due to the growing integration, networking and autonomy of modern drive technology and its machines, developers focus on their reliability and efficiency.
The following new products are for special industries like the Automotive industry, Renewable energies, Technical Building Services, Medical Technology, food technology, Microsystems Technology, Mobile Machinery has been developed. You will also find new drive technology from the applied research.
Drive technology plays an important role in machine and plant engineering in the context of factory automation in the context of Industry 4.0. Preventive Maintenance (preventive maintenance), Predictive Maintenance (predictive maintenance) or Condition monitoring (Machine condition monitoring) is integrated into countless mechanical and electrical applications. Sensors, encoder and communication technology have found their way into engines, transmissions, Rolling and even clutch or brake.
Blickle Wheels + Rollers presents the electric drive system EA1, which makes pulling and pushing heavy loads much easier. It is used to upgrade transport equipment and hand push trolleys. The system, which can be configured from various standard components, enables the effortless handling of loads up to 2000 kg.
The shaft-mounted geared motors of the "Compacta" series from Framo Morat offer a high power density and can be used reliably and flexibly. With the Compacta AG 160 model, the Black Forest drive specialists have once again significantly increased the output per volume unit: it delivers up to 1600 Nm torque, which is only 37,5 x 20 x 11 cm3 large and 13 kg light drive.
Aerotech presents a new one with the HEX150 RC Hexapod in front. With a diameter of 150 mm, this smaller brother complements the existing product family with a diameter of 500 and 300 mm. In addition to working for Quality Assurance in the Measuring and testing technology it is particularly suitable for automotive, electronics, mechanical engineering and medical technology.
The worm wheel geared motors of the "DCGM 43 T42" series from Gerdt Seefrid have been standard in many adjusting devices for years. They are traditionally used in short-term operation. Now a new area of application through the use of brushless DC motoren which allows the drives to also be used in continuous operation.
The new single-stage spur gear motors from ABM Greiffenberger are energy-efficient, low-maintenance and particularly durable. In addition, the drive technology specialist has added a medium version with basic equipment and standard features to its "Premium Line" motor series, which is suitable for use in pumps and compressorsen suit.
Starting larger electric motors gently avoids large inrush currents and thus protects the supply network. It also minimizes the mechanical stress on all components. For pumps, compressors or compressorsThere are also special hydraulic or pneumatic factors of the driven fluid conveyor. In order to be able to easily take all parameters into account, Aucom has provided the EMX4 soft starter with a slot for a pre-programmed, intelligent smart card.
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With an optimization of Torque motor SRV series from Idam Schaeffler eliminates disturbance forces and disturbance torques of the drives, which with the usual design in Rotary axes and Rotary tables Cause tilting of the axis or the clamping surface in the micrometer range. This tilting of the motors affects the surface quality during precision machining and leads to additional costs due to the necessary rework.
The wide range of high-speed electric drives for almost every requirement from GMN consists of three product groups, which differ in their degree of customization, among other things: MSP basic complete motors, partially flexible solutions from the PSM series and customer-specific special designs.
Siemens completes the range of "Simotics FD" low-voltage motors and now covers a power range from 200 to 1600 kW and shaft heights from 315 to 450 mm. The motors are optimized for converter operation and are particularly energy-saving in the partial load range. In combination with Sinamics low-voltage converters, they form an integrated drive system (IDS) and achieve system efficiency class IES2. Compared to the reference system of the standard, this means a reduction in losses of 35%.