EXTRUSION
PARALLEL COUNTER-ROTATING GEAR SYSTEMS
Eisenbeiss parallel co-rotating gear units are designed precisely to meet customer’s specifications.
PARALLEL COUNTER-ROTATING GEAR SYSTEMS
The unique Torque Master® 4-shaft distributor system with combing drive shafts has proven to be the most reliable and toughest solution in worldwide use.
CONICAL COUNTER-ROTATING GEAR SYSTEMS
Conical twin screw extruders are used mainly as co-extruders or as stand-alone machines for limited output.
SINGLE SCREW EXTRUDER GEAR UNITS
Our gear units for single-screw extruders are utilised in all areas of extrusion.
ENERGY TECHNOLOGY
SPUR GEARS FOR PIT TURBINES
Developed specifically for pit turbine, these gears are of robust, compact design and are around 99% efficient.
VERTICAL SPUR GEAR SYSTEMS FOR KAPLAN OPEN-FLUME TURBINES
This gearing design is fully adapted to the tough requirements applying to a vertical water turbine.
HELICAL BEVEL GEAR SYSTEMS
The gear system series developed by Eisenbeiss for such cases takes full account of this
and the generator can be positioned horizontally by means of a bevel gear.
BEVEL GEAR SYSTEMS
the heart of an Eisenbeiss bevel gear system for bulb-type turbines is a bevel gear hard milled in a special process which ensures the very highest surface quality of the gear teeth.
GAS ENGINE POWER GENERATORS
Eisenbeiss offers special gear systems for 60 Hz generator sets that enable the same gas engines to be used as for a 50 Hz grid.
STEEL AND ALUMINIUM
WINCH GEARS
With the help of planetary gears it is possible to implement dual drive systems or emergency drive systems in critical plant components such as oxygen lance winches and lifts.
EISENBEISS SPUR GEAR SYSTEMS
Thanks to special efficiency optimisations, the power losses in Eisenbeiss spur gear systems are reduced to a minimum.
LADLE TURRET PLANETARY GEARS
Eisenbeiss has developed various gear system solutions for this application that have been proven over decades of operation in harsh steel mill environments.
CHASSIS
The design is either as a vertical standing foot-mounted or 3-point suspension gearbox.
LIFTING MECHANISM GEARS
With these gears attention is paid above all to weight optimisation and a narrow design.
LIFTING MECHANISM WITH 2 DRIVES
Eisenbeiss uses superimposed planetary gear systems to implement two-motor drives.
CONTINUOUS CASTING LINE GEARS
In view of the very limited space available on continuous casting lines, the driver units are built with very compact dimensions.
SINGLE-DRIVE GEARS
Eisenbeiss single-drive gears stand out through their compact horizontal or vertical desings.
TWIN-DRIVE GEARS
Eisenbeiss twin-drive gears output up to 6 MW divided between two independent drive shafts.
PINION GEARS
The horizontal and vertical drives of wire and profile lines are subject to a number of highly specific requirements.
FINE ROLLING MILLS
Special applications call for special solutions.
ACCUMULATOR WINCH
This application stands out through high stress while in a stationary state which is why these units are designed to withstand high static loads.
BRIDLE ROLL DRIVE
Thanks to optimised toothing, bearing assembly and lubrication, power loss with this application is reduced by about 30% compared to conventional solutions.
LEVELLER GEAR SYSTEMS
On the basis of in-depth knowledge of moments and loads occurring during straightening, Eisenbeiss design gear systems are customized for individual requirements.
STRETCH LEVELLER DRIVE SYSTEMS
Because the planetary gearing has a very high gear ratio these regulating drives require relatively low power input.
COILER GEAR SYSTEMS
High strip tensions and heavy coils impose severe demands on the coiler mandrel bearings.
OTHER INDUSTRIES
GEAR SYSTEMS FOR CIRCULAR SAWS
The special characteristics of this field of application are the impact stresses that need to be absorbed during the sawing process.
GEAR SYSTEMS FOR ABRASIVE CUTTING MACHINES
The operating conditions for abrasive cutting machine gears are extreme heat combined with excessive dust.