Technology

Mechanism:	A simple set of one cam and turret provide various types of intermittent motions in demand.
Transmission:	Mechanism based on pause-transposition-pause motion. No need to lock on any parts to position when pausing.
Motion:	The precise design of mechanism results smooth transmission without causing any shockwaves and noises
Index:	The accuracy of Indexing drive relies on the coordination of the parts. The basic accuracy is ±30 seconds. Higher accuracy is also procurable on demand.
Performance:	The special design of the cam curve reduces the impact between cam and roller during high-speed operations.
Curve:	Provide various curves for all purpose: M.T CURVE, M.S CURVE, M.C.V CURVE…etc

Name	Application	Vm	Am	Jm	Qm
M.T CURVE	High Speed Light Load	2.00	4.89	61.4	1.65
M.S CURVE	Medium Speed Heavy Load	1.76	5.53	69.5 23.2	0.99
M.C.V CURVE	Low Speed Heavy Load	1.28	8.01	201.4 67.1	0.72

M.T CURVE

M.T Curve is widely applied in high-speed cam of automation machinery on current days as it has replaced cycloid in indexing drives applications. The specific of M.T curve is with its low count of maximum acceleration (AM), it can be well applied in high speed cam when processing precisely.

M.S CURVE

M.S curve is a particularly balanced and smooth curve. Because it fulfills the continuity of curves and reduces (AM), it is relatively not dangerous to load unknown or alterative works.

M.C.V CURVE

Shown in the diagram below, M.C.V Curve is suitable in courses where uniform velocity motions required. However, due to its enormous AM yields relative great inertia, the M.C.V curve should only be used in need of uniform velocity motions.