9-878439-2

Crimpers, Applicators, Presses

The 9-878439-2 application field and working principle are essential to understanding crimpers, applicators, and presses. These tools are used in a variety of industrial and commercial applications, most commonly for crimping, fastening, and fabrication. Each has its own unique features, but all typically use pressure to create a permanent bond.

Crimpers

Crimping tools are likely the most commonly used and recognizable type of tool in this category. Crimpers are used to compress two pieces of material together in an application such as fastening wires to terminal blocks in electrical wiring. They use some type of mechanical leverage to press the two parts together. Crimping tools can be manual, or powered using hydraulic or pneumatic pressure. In most cases, crimping is permanent and the two parts must be cut apart if needed.

Applicators

Applicators are tools used for assembly and/or fabrication. They use a combination of mechanical force, heat, or pressure to bond components, similar to crimpers. However, applicators are more versatile in their application uses, as they can apply adhesives, sealants, moldings, and other components to a variety of materials. Unlike crimpers, applicators often allow for non-permanent bonding, with some being reversable.

Presses

Manufacturing presses are used in a variety of heavy-duty industrial applications, including metal fabrication, riveting, wire forming and staking. They are typically powered by some type of force, such as hydraulics or pneumatics, and use a ram or tooling to deliver a specific force to the parts being pressed.

With the 9-878439-2 application field and working principle in mind, it is clear that all of these tools have essential purposes and applications. While their respective workings are similar, they are unique in their application uses and features. In order to decide which one is right for a particular application, it is important to consider the material, desired outcome, and desired permanence of the connection.