Gear Manufacturers
In the food processing, textile manufacturing, clock making, heavy industrial mining equipment, oil exploration and in countless other industries, gears make the efficient and effective operation of all kinds of equipment possible. Read More…
Omni G & M Corporation is a leading gear fabricator specializing in precision machined and custom solutions in a variety of sizes and types. Please check out Omni G & M’s website or call a friendly personnel member today!
Gears are what we do best, and we are experts in our field. We have three generations of experience backing our company, and we use all of it to benefit you in any way possible.
Gear Motions is a leading gear manufacturer specializing in supplying custom cut and ground gears. Our wide range of precision gear manufacturing capabilities and services deliver quality gears to meet almost any application.
Precipart is your supplier for cost-effective custom gears to satisfy the most demanding precision control applications, as we have complex gear capability. We will meet exact needs with bevel gears, helical gears, internal ring gears, spur gears, worm gears, anti backlash gears & gear assemblies. Our mission is to provide customers with the highest level of value-added solutions for their needs.
Schafer Gear Works is a leading producer of high-precision, custom-engineered industrial gears & machined parts. Look to us for the production of your spur, helical or internal gears. Since 1934, our values of hard work & commitment to customer satisfaction have been well ingrained into the culture of our company. Bring us your most demanding specifications and we’ll provide effective solutions.
Cleveland Gear Company has specialized in worm gear technology including industrial gears, helical gears, worm gears and precision gears since 1912. Applications include steel production, electric power generation, and material transport. Fulfilling your exact requirements is what has and continues to make Cleveland Gear one of the top manufacturers of gearing and enclosed gear drives.
More Gear Manufacturers
Gear manufacturers design and manufacture an extensive variety of different gear configurations to accommodate the equally wide range of gear equipment requirements. Bevel gears, for example, are used in many different contexts; automotive components, automatic doors and even hinges can involve bevel gear equipment. Rack and pinion gears can be used to move products in manufacturing processes. Spur gears, one of the simplest and most common gear varieties, are used in children's toys and heavy manufacturing processes.
Planetary gears and helical gears are crucial in automotive motors and power transmissions, while small plastic gears and nylon gears are used in consumer products like printers and clocks. Different sized gears are used with one another to increase or reduce a shaft's rotational speed in speed reducers, motors, transmissions, heavy machinery and clocks.
Gear manufacturers use gear cutting techniques such as gear hobbing and other machining processes to fabricate gears; they design their products to withstand harsh and repetitive use. A gear's number of teeth and its specific gear ratio determine the function, speed and control the gear will have within a larger gear assembly. These factors will determine the gear's durability and strength and also the speed it will be able to engage.
Gears may be made from a variety of materials, including most metals and hard plastics. Highly wear-resistant plastics such as nylon and polycarbonate are useful in machinery applications where low weight is a requirement; in demanding applications such as automotive transmissions, gears are made from hard metals such as steel, brass, copper and even titanium.
Heat, vibration and the presence of corrosive elements are all possible impediments to gear performance, which is why most gear systems use a form of lubrication. Successful operations employ gears that have been carefully selected after extended dialogue with gear manufacturing professionals; a gear should always be chosen with consideration for every variable that might affect its performance once employed.