Unique HOT (Helical Offset Tooth) design merges belt and sprocket together in a silent partnership. The design provides a continuous, rolling tooth engagement to create a quieter, reduced-vibration drive. By utilizing a concept called "circular arc geometry," the configuration offers better antiratcheting resistance, precise movement, increased power ratings, and improved stress distribution, allowing the belt's teeth to withstand the shearing action of high torque loads.
Unique HOT (Helical Offset Tooth) design merges belt and sprocket together in a silent partnership. The design provides a continuous, rolling tooth engagement to create a quieter, reduced-vibration drive. By utilizing a concept called "circular arc geometry," the configuration offers better antiratcheting resistance, precise movement, increased power ratings, and improved stress distribution, allowing the belt's teeth to withstand the shearing action of high torque loads.
Unique HOT (Helical Offset Tooth) design merges belt and sprocket together in a silent partnership. The design provides a continuous, rolling tooth engagement to create a quieter, reduced-vibration drive. By utilizing a concept called "circular arc geometry," the configuration offers better antiratcheting resistance, precise movement, increased power ratings, and improved stress distribution, allowing the belt's teeth to withstand the shearing action of high torque loads.
Unique HOT (Helical Offset Tooth) design merges belt and sprocket together in a silent partnership. The design provides a continuous, rolling tooth engagement to create a quieter, reduced-vibration drive. By utilizing a concept called "circular arc geometry," the configuration offers better antiratcheting resistance, precise movement, increased power ratings, and improved stress distribution, allowing the belt's teeth to withstand the shearing action of high torque loads.
Unique HOT (Helical Offset Tooth) design merges belt and sprocket together in a silent partnership. The design provides a continuous, rolling tooth engagement to create a quieter, reduced-vibration drive. By utilizing a concept called "circular arc geometry," the configuration offers better antiratcheting resistance, precise movement, increased power ratings, and improved stress distribution, allowing the belt's teeth to withstand the shearing action of high torque loads.
Unique HOT (Helical Offset Tooth) design merges belt and sprocket together in a silent partnership. The design provides a continuous, rolling tooth engagement to create a quieter, reduced-vibration drive. By utilizing a concept called "circular arc geometry," the configuration offers better antiratcheting resistance, precise movement, increased power ratings, and improved stress distribution, allowing the belt's teeth to withstand the shearing action of high torque loads.