WITTENSTEIN alpha gearboxes enable high positioning accuracy and reproducibility.
Reductor hipoidal TK+
La precisión ortogonal de pequeñas dimensiones con brida de salida
El reductor hipoidal de bajo juego con geometría de salida compatible con TP+ y eje hueco opcional para el paso de suministros. El reductor TK+ está indicado para una amplia variedad de aplicaciones no solo por su alta precisión y eficiencia, sino que también destaca por la posibilidad de combinar opciones de salida. Con una etapa previa planetaria opcional, pueden alcanzarse velocidades de entrada especialmente altas.
WITTENSTEIN S.L.U.
Parque Empresarial "MasBlau", C/ Bergueda 1, esc. A, Modul. 4
08820 Prat de Llobregat
Product highlights
Consistently high performance
Constant backlash throughout the service life of the gearbox ensures a consistently high performance.
Low maintenance
Highest quality standards guarantee a long service life and extend maintenance intervals.
Speed
High speeds increase machine output.
Compactness
The right-angle design allows for shorter machine concepts due to being short in the axial plane.
Reliability
Extremely reliable gearboxes prevent cost-intensive machine breakdowns.
Hollow shaft
The hollow shaft grants maximum flexibility in the machine design.
Taper roller bearings for absorbing axial and radial forces
Output compatible with TP+ series
Variable output connection, also rearward
High-quality hypoid gearing for a higher torque and smoother operation
Metal bellows coupling at the input: length compensation to protect the motor bearing
WITTENSTEIN alpha in all axes
Right-angle gearboxes
WITTENSTEIN alpha develops complete, single-supplier solutions for any driving axis. They can be used in virtually any application – from high-precision axes in manufacturing systems to packaging machinery where maximum productivity is required.
The name WITTENSTEIN alpha is a byword for premium quality and reliability, high precision and synchronization accuracy, highest power density, a long lifetime and very simple motor mounting.
