Timing belt pulleys
For slip-free drives and high power transmissions
Timing belt pulleys are important drive elements for a slip-free synchronous
drive. We produce pulleys for all special and common profiles of leading providers.
The scope of supply includes standard bearing plates as well as optimized
custom-made products up to 2.000 mm in diameter.
All geometries can be easily produced due to a flexible, model-free moulding process. Timing belt pulleys can be produced from batch sizes larger than 1 piece
for urgent replacement parts, prototypes, zero-series models or series
according to individual requests or drawings.
Implementation is also possible with alternative materials (EN-GJS, steel,
aluminum, plastic etc.).
In close cooperation with the customer we develop the optimal solution
for individual drives.
With toothed belt and corresponding timing belt pulleys there are
optimally compatible belt drives available.
With toothed belt and corresponding belt sprockets there are optimally
compatible belt drives available.
Belt sprocket
Belt sprocket
Belt sprocket
At a glance
- Standard material:
cast iron, steel, aluminum and plastic are also possible
- Weight-optimized custom-made products
available
- Shaft-hub
connections with cylindrical drill, tolerance field for press fittings, with or
without keyway, preparations for the intake of couplings, flanges etc.
- Arm or plate
pulley designs
- Also custom-made
products > Ø 2.500 mm
- By default timing belt pulleys are balanced in grade G16, G6.3 or G2.5
- All surfaces are
grounded to avoid corrosion, processed functional surfaces are conserved with
spray wax / oil
- Individual surfaces and special varnishes as well as corrosion protection are possible
according to individual specifications
- Upon request we
offer detailed documentation to prove material properties, balancing qualities
and surface treatments
The benefits
- Custom-made
products according to individual customer specifications or drawings
- We support with
drive setup, control, recalculation and optimization
- Pulley geometries
are optimally adjusted to the corresponding drive situation
- If required full
transparency due to approval drawings prior to production start or for detailed
documentation
- Flexible molding
procedure without individual models and model cost
- This allows fast
production of prototypes, individual parts or series without any investment
risk
- Short-term
availability of urgent replacement parts in case of machine breakdown