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Related Companies

Ajax TOCCO Magnethermic
Ajax TOCCO induction heat treating systems are being used successfully throughout the world for hardening, annealing, stress relieving, tempering, brazing, bonding, shrink fitting, and many other processes requiring fast, efficient, economical heating. These processes are being applied to virtually any shape of part ranging in size from fractions of an inch to substantial lengths and diameters. With more than 90 years of technical development and experience, Ajax TOCCO analyzes customer’s requirements to provide reliable, efficient, and cost effective solutions to meet their needs.

ECM USA
ECM Technologies started manufacturing heat-treatment furnaces in 1928. Since that time, ECM personnel have always been completely committed to extending their knowledge in the field of temperature control, high pressures, vacuum and the behavior of materials. This expertise, on an industrial scale, has always been enriched by our close partnership with furnace users, engineers, heat treat engineers and developers. Today, our knowledge base is at the core of all our customers' production lines. It is this concern for caring and listening, combined with our passion for our profession, which has forged ECM Technology and ECM USA’s recognized spirit of innovation.

Framo Morat, Inc.
Your idea - Our drive Framo Morat has been producing gears, worm gear sets, and drive solutions for over 100 years. Originating in the "Gear Valley" area of the Black Forest region, they are proudly "Made in Germany". In addition to our standard product lines, we design and implement a wide variety of custom plastic injection molded technical parts and customized drive solutions. Our comprehensive product range covers a broad range of applications. Founding Framo Morat, Inc. in the US is a major milestone as we feel being close to our customers is important. Our company‘s commitment to service includes everything from development and design engineering, to production, installation, and after-sales support. We are your reliable and experienced partner for each stage.

Drake Manufacturing Services Co. Inc.
Seco/Warwick Corp.

Related Power Transmission Companies

DieQua Corp.
Thanks for checking us out! Diequa is a manufacturer and supplier of a wide range of premium quality power transmission and motion control gear drive and connecting components designed specifically to enhance the performance of your machine designs. These include speed reducers, gearmotors, servo planetary reducers, spiral bevel gearboxes, shaft phasing gearboxes, shaft couplings, torque limiters, and screw jack lifting systems.

Framo Morat Inc.
Your idea - Our drive Framo Morat has been producing gears, worm gear sets, and drive solutions for over 100 years. Originating in the "Gear Valley" area of the Black Forest region, they are proudly "Made in Germany". In addition to our standard product lines, we design and implement a wide variety of custom plastic injection molded technical parts and customized drive solutions. Our comprehensive product range covers a broad range of applications. Founding Framo Morat, Inc. in the US is a major milestone as we feel being close to our customers is important. Our company‘s commitment to service includes everything from development and design engineering, to production, installation, and after-sales support. We are your reliable and experienced partner for each stage.

Mach III Clutch Inc.
Mach III Clutch designs and manufactures air and spring set industrial friction clutches and brakes, clutch-brakes, clutch couplings, clutch mechanisms and mechanical torque limiters (slip clutches). All products made in the USA.

PSL of America
PSL is a European rolling bearing manufacturer with a rich 60 year tradition designing and manfacturing bearings. The company offers a wide range of rolling bearings and slew drive systems. Teams of professionals with a large breadth of experience covering many manufacturing sectors around the world offer competitive, efficient and innovative solutions to the most demanding engineering and technological challenges. PSL bearings are used in a wide range of applications working in harsh operating conditions where an emphasis is placed on "Quality for Heavy Duty". PSL can offer several product lines of very precise bearings designed to satisfy all of our customer's needs. Call today so we can help solve your bearing design and manufaturing challenges.

Articles About installation


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1 How to Design and Install Bevel Gears for Optimum Performance - Lessons Learned (June/July 2013)

Bevel gears must be assembled in a specific way to ensure smooth running and optimum load distribution between gears. While it is certainly true that the "setting" or "laying out" of a pair of bevel gears is more complicated than laying out a pair of spur gears, it is also true that following the correct procedure can make the task much easier. You cannot install bevel gears in the same manner as spur and helical gears and expect them to behave and perform as well; to optimize the performance of any two bevel gears, the gears must be positioned together so that they run smoothly without binding and/or excessive backlash.

2 The Alignment of High Speed Gears (January/February 2003)

This paper reviews the necessity for detailed specification, design and manufacture to achieve required performance in service. The precise definition of duty rating and a thorough understanding of the environmental conditions, whether it is in a marine or industrial application, is required to predict reliable performance of a gearbox through its service life. A case study relating to complex marine gears and other general practice is presented to review the techniques used by Allen Gears to design and develop a gearbox that integrates with the requirements of the whole machinery installation. Allen Gears has considerable experience in the design of a variety of industrial and marine gears(Ref. 1,2).

3 Hard Finishing By Conventional Generating and Form Grinding (March/April 1991)

The quality of a gear and its performance is determined by the following five parameters, which should be specified for each gear: Pitch diameter, involute form, lead accuracy, spacing accuracy, and true axis of rotation. The first four parameters can be measured or charted and have to be within tolerance with respect to the fifth. Pitch diameter, involute, lead, and spacing of a gear can have master gear quality when measured or charted on a testing machine, but the gear might perform badly if the true axis of rotation after installation is no longer the same one used when testing the gear.

4 The Wafer Shaper Cutter (March/April 1989)

In 1985 a new tooling concept for high volume gear production was introduced to the gear manufacturing industry. Since then this tool, the wafer shaper cutter, has proven itself in scores of applications as a cost-effective, consistent producer of superior quality parts. This report examines the first high-production installation at the plant of a major automotive supplies, where a line of twenty shapers is producing timing chain sprockets.

5 The Design and Manufacture of Plastic Gears Part II (July/August 1985)

Advancements in machining and assembly techniques of thermoplastic gearing along with new design data has lead to increased useage of polymeric materials. information on state of the art methods in fabrication of plastic gearing is presented and the importance of a proper backlash allowance at installation is discussed. Under controlled conditions, cast nylon gears show 8-14 dBA. lower noise level than three other gear materials tested.