They offer high precision, low volume productions. They are used for composite testing of production components. They have high speed, quiet operation, longer life and greater efficiency.
The most common applications are as setting masters and rolling masters for inspection and production applications. They are used to determine the accuracy of work gears. When master gears and work gears are rolled together on rolling fixtures dimensional variations are determined by various indicators, charts or other indicating devices. Master Gears are also used in aerospace and automotive industry.
Angular Bevel Gears | Bevel Gears | Crown Wheel | Crown Wheel and Pinion | Differential Gears | Fine Pitch Gears | Girth Gears | Hardened and Ground Gears | Helical Bevel Gears | Helical Gears | Herringbone Gears | Internal Gears | Mill Headers | Miter Gears | Non-Involute Gears | Pinion Gears | Rack Gears | Ring Gear and Pinion | Spiral Bevel Gears | Spur Gears | Straight Bevel Gears | Support Rollers | Tacho Drives | Thrust Rollers | Idler Gear | Gear Trains | Planetary Gear | Master Gear | Ground Gear | Face Gear | Cycloidal Gears | External Gear | Winch Gears | Sprockets | Worm Gears | Involute Gears