We are offering miter gears. We are engaged in manufacturing a very precision engineered range of miter gears. These gears are an extension of bevel gears family. The range is designed to work in pairs and with both gears having identical dimensions and number of teeth. We offer these miter gears at industry leading prices and in standard and customized solutions.
Specifications:
*miter gears are designed for applications where the rotational speed of the input and output drives remains constant but the direction changes.
*generally the difference in driveoutput orientation in miter gear sets is 90°, although sets are available which produce a selection of angular deviations.
*miter gears are available in either spiral or straight toothed configurations.
*spiral miter gears are better suited to high speed applications such as power tool and machine drives.
*straight cut miter gears are suitable for low speed applications such as door opener mechanisms and hand tools.
*miter gear sets are used in machinery designs requiring changes in drive direction while maintaining drive speeds.
*these criteria are achieved by employing a set of cone shaped gears of identical size, profile, and tooth number.
*this design allows the gears to be positioned in an opposed orientation while maintaining a constant speed relationship between the two drives.
*in the majority of cases, the miter gear turns the output drive at right angles to the input. Gear sets can, however, be designed to effect almost any directional deviation.

We are offering miter gears. We are engaged in manufacturing a very precision engineered range of miter gears. These gears are an extension of bevel gears family. The range is designed to work in pairs and with both gears having identical dimensions and number of teeth. We offer these miter gears at industry leading prices and in standard and customized solutions.
Specifications:
*miter gears are designed for applications where the rotational speed of the input and output drives remains constant but the direction changes.
*generally the difference in driveoutput orientation in miter gear sets is 90°, although sets are available which produce a selection of angular deviations.
*miter gears are available in either spiral or straight toothed configurations.
*spiral miter gears are better suited to high speed applications such as power tool and machine drives.
*straight cut miter gears are suitable for low speed applications such as door opener mechanisms and hand tools.
*miter gear sets are used in machinery designs requiring changes in drive direction while maintaining drive speeds.
*these criteria are achieved by employing a set of cone shaped gears of identical size, profile, and tooth number.
*this design allows the gears to be positioned in an opposed orientation while maintaining a constant speed relationship between the two drives.
*in the majority of cases, the miter gear turns the output drive at right angles to the input. Gear sets can, however, be designed to effect almost any directional deviation.