Slippage is Eliminated

Slippage and frequency variation are eliminated by a productive grip of belt teeth with "Timing Pulley" grooves. Because of the specific strength structural element, there seems to be no primary stretch or deformation that necessitates belt take up.


Lower Bearing Load

Because the supportive drive belt is not dependent on vibration. There is no need for a lot of fear at the beginning. As a result, risk of falls bearing loads are lowered to a bare minimum. Rerollers and motor bases are regularly removed.


Less Space

Short centres, small belts, narrow timing pulleys, and higher density all these can be merged to decrease storage requirements. The centre spacing can be set in stone.


Constant Angular Velocity

Speed is equally distributed. There is no harmonic progression decline and fall of the plate surface, just like with pulley, and no belt creep or delays, resulting in no chatter or motion. Higher-quality machined and floor surfaces, for instance.


Runs more Smoothly

Because of the elegant design. Backlash among both stock belt teeth and stock pulley grooves is lowered to a minimum level. As a result, Successful Drive Belt Drive Precision gear drives are regularly outperformed by drive system.


Reduced Maintenance Costs

Because the exclusion of metal-to-metal interaction reduces the need for lubricating oils, maintenance costs could be reduced. The irritation of oil-retaining devices price, weight, and the probability of defective products.


Wide Range of Load Capabilities

Constructive Drive Belt drives have load capacities ranging from sub-fractional power and torque to 600 horse power and higher. Their engine power loads vary from thousands of foot-pounds to extending the time loads measured in inch-ounces.


Wide Speed Range

- Stock Gears, - Flat Belt, - Positive Drive Belt, - Chain, - V-Belt

It's the only stock electrical transmission mode with a range of speed of less than 100 rpm to more than 6,000 rpm. The diagram of speed-range tells the true story. (Wheel speeds of metal stock pulleys must not surpass 6,000 rpm for safety precaution.)


Less Noise

Across the entire speed number of industrial and luminous drive systems. The level of noise is significantly low, which is essential in several equipment and machinery installations.


Less Weight

The horsepower-to-weight ratio has increased, which is important in many applications in which weight is extremely crucial, such as aircraft and manufacturing equipment. Timing Pulleys are available in both light stainless steels and non-metal raw material.



Engine bases, lubrication systems, and tensioning devices are not required for these drive systems. As a result, both the initial and ongoing costs can be reduced.