Gears & Gear Racks

Miter gears are a single kind of bevel gears where in fact the two rotational axes intersect. When talking about narrow description of bevel gears with capability to increase or reduce speed, miter gears don't have that ability because of the pair’s same amount of tooth. Their purpose is...

Bevel gears are used extensively in a wide variety of industries and mechanical operations due to the most important advantage they offer: smooth and low-noise power transmission between non-parallel shafts at almost any angle or speed. However, due to the mathematical complexity of their...

Raydafon, Module 1, 20 Tooth, Nylon Bevel Gears Bore Type : Plain Gear Ratio : 2.0 Module : 1 No. of teeth : 20 Direction of Spiral : N/A Shape : B3 Bore (A) : 6.0 (mm) Hub Diameter (B) : 16.0 (mm) Pitch Diameter (C) : 20.00 (mm) Outer Diameter (D) : 22.41 (mm) Mounting Distance (E) : 28.0...

LM1.25-20, Module 1.25, 20 Tooth, Sintered Metal Miter Gears Specifications Gear Type Miter Gears Construction Sintered Metal Miter Gears Bore Type Plain Gear Ratio 1.0 Module 1.25 No. of teeth 20 Shape B1 Bore (A) 6.0 (mm) Hub Diameter (B) 22.0 (mm) Pitch Diameter (C) 25.00 (mm) Outer Diameter...

Rack and pinion is utilized to convert rotational motion to linear motion. A rack is straight teeth cut into one surface of rectangular or cylindrical rod shaped material, and a pinion is a small cylindrical gear meshing with the rack. There are many ways to categorize gears. If the relative position of the gear shaft is used, a rack and pinion belongs to the parallel shaft type.

Plastic gears have significant advantages over their metal counterparts in several ways. Plastic materials are lighter than metals. This allows for weight reduction in machine design. They are quiet, absorb vibration and do not need lubrication.