If you're working with even a small selection of snap rings, you’ll soon end up needing several tools. Snap rings can be damaged if overstretched or distorted, so these tools open less than standard general-purpose pliers to prevent this. Thus, the snap ring is extremely popular.īestReviews Snap ring pliers set features There are other means of securing things on shafts - using a washer and cotter pin is a fairly common way - but they almost always require more than one component and more than one operation to fit, and they are more expensive to make. Snap ring pliers either close the O to fit inside a shaft, and the ring then springs open to fix itself securely in the groove, or the pliers open the O a little to place it over the shaft and then “snaps” closed when released. To suit both applications, there are external and internal types. In most cases, snap rings are designed to fit into a narrow groove, providing a physical barrier that prevents a component from sliding off a shaft or out from inside a bore. Sizes range from less than 1/10 inch to over 40 inches (the latter requires special tools - there's no way to make snap ring pliers that big). Retaining rings are usually flat, but some have beveled edges, which helps with proper location. These holes allow the insertion of the ends of the snap ring pliers. On each of the ends there's a lug with a hole in it. Most are a steel O shape that isn’t quite a fully closed circle - it has a break in it, a small gap for opening and closing. They have a number of names, including circlips, C-clips, and R-clips. They're also called C-clips and Seeger clips, the latter after German engineer Willi Seeger whose company developed an early version. Complete customer satisfaction is our responsibility and we take this very seriously.Snap rings are also widely known as circlips. In most cases, we do not require a deposit or advance payment on custom tools.ħ. If it does not, we reserve the right to rework the tool, replace the tool or refund the customer in full. Should we accept your project for a custom tool, it must perform as expected. This can vary depending upon the complexity of the tool design as well as internal production schedules.Ħ. As a general rule, lead time for custom tools will average 8-10 weeks after receipt of order. You will be asked to sign off on the drawing and authorize the project to move forward.ĥ. Upon receipt of your PO, we will provide the customer with a drawing model for final approval prior to starting the manufacturing process. This assures all parties that the correct tool is specified for the application and that it performs as expected.Ĥ. The testing process is available to all customers at no cost. Send email requests to: In most cases, we will request that you send us samples of the material or parts you will be processing with the tool so we can have parts available for both tool design as well as testing when the tool is completed. If emailing your request, please be sure to provide as much information as possible regarding the application, including material specifications, cycles performed per day, photos or video of the process and tool that you currently use, solid model drawings (.stp format) if available, etc. The fastest method is to give us a call so we can discuss your application in detail. If you are looking for a CUSTOM tool for a specific application we recommend the following procedure:ġ.
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