The motion of the assembly is determined by the movement of its parts. There are dozens of movements discovered thus far including rotary, cammed, linear and combinations. Clockwise and counterclockwise motions available at the same time.

Fig.3

Jams, jolts or sudden stops of the assembly causes orbit rollers to continue spinning in order to absorb any excess momentum, preventing damage.

Fig.6

Flexible rollers can deform (eg. overloads) and still roll freely with no added friction.

Fig.28

The axis can be any roller

(SEE FIG.53 BELOW)

Any roller(s) can be input/output shaft(s).

Fig.53

No-slip precision allows for very exact movement.
(eg. Machining equipment, instruments, dials, gauges, valves, timers...)
(Link: Precision)

Scroller-Mechanics is a new type of mechanics that can perform as 11 of the prior 24 "basic mechanisms of mechanics", while offering many new options.
(Link: Basic Mechanisms)
(Link: Functions)

Link: Function [list]