?WilsonMachine is
gear manufacturer upgrading its equipment to offer you leading edge performance. We invest in the training of our team so that they can optimally utilize the capabilities of the equipment. Your project will be handled with enthusiasm, expertise and dedication. You get exactly what you want when you need it and with full service.
In particular, we offer you complete in-house design and manufacturing of custom gearboxes. We can also supply custom machine design for a variety of applications. Our design is done in coordination with your engineering team. We only use certified materials. Our full technical support includes installation and post-installation support. We also offer extended warranty protection.
Arrow has earned a reputation for producing high precision gears to the global market for a wide variety of aerospace and commercial applications. While widely known by our capabilities for Spiral Bevel Gears, we have extensive experience in the production of a wide variety of Custom Gears that meet the most stringent quality standards. In addition to our custom gearing, we offer a full line of Spiral Bevel Stock Gears. This line
gear pump ground tooth spiral bevels. And with our On-Demand Program, customers can choose from 57 combinations of ground tooth gears ?available in a matter of days.
Today, located in Downers Grove, Illinois, our gear manufacturing facility contains the latest state-of-the-art technologies for design, manufacturing, heat treatment and inspection. As both a producer of loose gears and as a gearbox manufacturer, Arrow has proven to be a valued partner for producers of power transmission systems around the world.
Our Website is presented to provide visitors with a full scope of information on Arrow Gear and our operation, as well as to serve as a channel for interaction.
Thank you for visiting ?ArrowGear.com.
Selecting the right gear drive ideally brings
plastic gear the gear manufacturer, the system designer, and the end user. At the outset, a gear manufacturer must know what the drive will be used for, the demands to be placed on it, and the nature of the equipment it will be driving. Similarly, the user and the system designer must be familiar with the variables that affect performance and service. For example, an application that places a torque load on a drive in excess of its rated capacity will inevitably result in tooth surface distress and, in severe cases, breakage. Tooth surfaces that show signs of wear or pitting should be candidates for future preventive maintenance programs. Fracture of a gear tooth will not only put the gear drive out of service, but could possibly do damage to bearings and shafts. A number of parameters enter into the selection of a gear drive, including service factor, drive rating, thermal capacity, speed variation, equivalent horsepower, drive ratio, and physical size. All must be carefully evaluated to make the right decision.
