Brochure "Product Portfolio"
PowerGear
The spiral bevel gearbox
- Highest torque within small gearbox size
- For highest input speeds
- Ratios i = 1:1 up to 5:1
- Torque up to 7000 Nm
- Output via solid and hollow shaft
- Motor mounting either directly or via coupling and lantern
- Version P – The standard bevel gearbox
- Version X – For highest torques
- Version HS – For highest input speed
PowerGear Miniature
The miniature spiral bevel gearbox
- miniature gear for maximum precision
- low backlash and high transmission accuracy
- case-hardened bevel gear tooth system
- friction-locked shaft-and-bevel-gear fit
- energy-efficient through high level of efficiency of 98%
- extremely light-weight aluminium housing
- maintenance free through synthetic oil
DynaGear
The hypoid bevel gearbox
- Hypoid gear sets
- High input speed at middle and highest torque
- Ratios i = 3:1 up to 15:1, single-stage, ratios up to 150:1 in two-stages
- Torques up to 1440 Nm
- Low backlash ≤ 2 arcmin
- Flexible motor mounting via coupling and lantern
- Variable ratios within one gearbox size
DynaGear Eco
The cost optimised hypoid bevel gearbox
The cost optimised right angle gearbox- Hypoid gear sets
- High input speed at middle torque
- Ratios i = 5:1, 8:1, 10:1 and 15:1, all single-stage
- Torques up to 260 Nm
- Backlash ≤ 6 arcmin
- Flexible motor mounting via coupling and flange
EvoGear
The all-rounder amongst servo right-angle gearboxes
- 4 configurations - including planetary gear at the output
- 17 transmission ratios
- Maximum performance with small dimensions and low weight
- Due to the lifetime lubrication, the gearboxes are practically maintenance-free under normal operating conditions
- Energy-saving due to high efficiency of up to 96%
- Precise due to low backlash of <5 arcmin
- Variable motor attachment via lantern and coupling
KS TwinGear
The helical bevel gearbox
- Two-stage bevel helical gearbox with ratios of up to 75:1
- Torques up to 7500 Nm
- Torsional backlash < 6 arcmin
- Motor mounting either directly or via coupling and lantern
- High torsional stiffness
- High input speeds at high torques
FLEXWAVE
High precision Strain Wave Gearbox for robotics
- Zero backlash
- Available in 5 sizes
- Reduction ratios i = 50/80/100/120
- Closed and open type
- Available as component kit
- Nominal output torque 7 Nm - 142 Nm
PlanetGear
The Planetary Gearbox for Power and Precision
Advantages:- compact design
- high level of efficiency
- high torsional rigidity
- low mass moment of inertia torque
- high overload capacity
- high dynamics
- large transmission ratios
SpurGear
Dynamic Spur Gearboxes
Advantages:- economical production
- simple mechanical movement and power transmission
- high level of efficiency
- high running smoothness
- high axial and radial loads
- low circumferential backlash
- broad range of applications
- long service life
TorusGear
The Planar Spiral Gearbox
Plainly and simply: unrivalled.- Exceptionally compact design
- High rigidity sets new standards
- Zero backlash
- With almost twice the torque
- Significant weight reduction
- High ratios in a single stage up to i = 400:1
- There are virtually zero noise emissions
- High operating reliability and long service life
BevelGear
Gearing Precision and Performance
Spiral-, Hypoid- and Zerol® Bevel Gears- Standard range of products and custom-made versions
- Module ms from 0.5 to 12
- Diameters up to 410 mm
- Shaft angle from 10° to 170°
- More than 60 years of experience
- Ground gear teeth
DesignGear
The customised gearbox
- Single-stage gearboxes available as gearchange and reversing gearbox types
- Forced-circulation oil lubricated gearboxes for high speed and torque
- Labyrinth sealed gearboxes of an efficiency
> 98% - Special-purpose design gearboxes with additional elements for use as functional units
GearSystems [2.0]
System Solutions for Rack and Pinion Applications
These include:
- low-backlash precision gearboxes
- spur gears
- toothed racks
- lubrication systems
Accessories + Replacement parts
- SmartCheck – Vibration analysis
- PT1000 – Temperature measuring system
