Crankshaft and Slider Mechanism Demonstration Model Subcategory_Erlenmeyer Flasks letting students measure rotational distance

letting students measure rotational distance against linear advance to derive the mechanical advantage of the spiral

with DC output to 25V and AC to 24V at up to 6A for classroom electronics

showing how current through an iron core builds magnetic flux in student investigations

two movable bridges

holding twelve tubes up to 22 mm diameter for classroom and professional bench setups

Crankshaft and Slider Mechanism Demonstration Model Subcategory_Erlenmeyer Flasks letting students measure rotational distanceConverts rotation into linear reciprocating motion through a crank slider linkage, illustrating the fundamental mechanism behind piston engines, compressors, and stroke driven machines.