Smaller, lighter, more efficient – today’s torque converter generation is optimized for exemplary efficiency.
Shortening development times and making the design process of wind turbines more reliable: The world’s largest, most up-to-date and most powerful large-size bearing test stand enables large-size bearings of up to 15 tons and measuring up to 3.5 meters such as those used in wind power applications in particular to be tested in realistic conditions using a comprehensive simulation program.
The four radial and four axial hydraulic cylinders (right-hand side of the picture), which generate the real loads and moments that occur in a wind turbine. The radial cylinders simulate the weight of a rotor hub with rotor blades while the axial cylinders generate the wind loads.
MFTC (multi-function torque converters) are tailored to modern, charged engines and are considered as revolutionary invention in the field of torque converters.
The eDifferential supports the steering function and has a positive effect on driving dynamics, safety and driving comfort.
The temperature of the motor, turbocharger and transmission as well as the interior can be precisely controlled with the thermal management module.
The Serial Hybrid
The innovative thermal management module from Schaeffler reduces fuel consumption and CO2 emissions by up to four percent.
The Parallel Hybrid
LuK now manufactures more than 100,000 dry dual clutches per month.
The rolling bearing supports reduce friction and enable a new balancer shaft design with an optimized mass.
The overrunning alternator pulley
Rotary slide valves controlled by sensors enable the ideal temperature window for the engine and transmission to be reached quickly.
LuK offers both “dry” and “wet” dual clutch solutions.
The lightweight differential
The overrunning alternator pulley is one of the “unsung heroes”. This inconspicuous component reduces vibrations and improves the energy efficiency of modern engines.
With torque motors of a segment construction, INA Drives & Mechatronics GmbH & Co. oHG (IDAM) offers a very high level of cost-effectiveness. The motors make a convincing case by means of high speeds and ease of maintenance.
The Schaeffler concept vehicles CO2ncept-10%, Schaeffler Hybrid and ACTIVeDRIVE show the wide-ranging spectrum of modern automotive engineering and give a perspective on the extensive Schaeffler product portfolio.
ACTIVeDRIVE - Electric Vehicle with Active Torque Distribution.
Heavy duty linear recirculating roller bearing and guideway assembly RUE.
The new thermally resilient FAG cylindrical roller bearing TR combines, for the first time, the reliable non-locating bearing function of cylindrical roller bearings with suitability for high speeds and varying temperature differences.
The new FAG high-tech Cronitect hybrid rolling bearing: Increased load carrying capacity, smooth running and reliability.
Dry dual clutches achieved worldwide success some time ago.
Hydrostatic compact guidance system.
Needle roller bearing with Lubtect® compound for a reliable supply of lubricant even under critical operating conditions.
In the Schaeffler Hybrid, Schaeffler presents the innovative in-hub motor eWheel Drive. It also allows the development of completely new vehicle architectures.
Linear roller bearing RUS and flat cage guidance system M/V.
deep groove roller bearing with Lubtect® compound for a reliable supply of lubricant even under critical operating conditions.
High-speed KUVE-B-HS profiled rail linear guides offer speeds of up to 10 meters per second without losses in load carrying capacity and rigidity.
The X-life machined needle roller bearing with the Twin Cage: This new combination of cage and rolling elements achieves a significantly lower frictional torque.
The improved contact between the end face and rib reduces the friction and significantly increases the axial load carrying capacity of cylindrical roller bearings.
Lightweight and compact: The new INA thread guidance roller FRM now has a deep drawn outer ring, which means it is manufactured without cutting. The lower mass provides a considerably improved acceleration capacity.
