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Crimpers, applicators and presses are among the most common types of accessories found in many industrial settings. They are used to manipulate and configure materials in many different ways, from joining two pieces of metal together to the creation of electrical connections. In this article, we will explore the application fields and working principles behind crimpers, applicators and presses.

Crimpers

Crimpers are often seen in electrical and cable construction fields. They are used to fasten terminals or connectors onto wire or cable, completing the connection process. Depending on their design, they may be able to crimp a variety of sizes and shapes of terminals or connectors. The general working principle of a crimper is that they are designed to grip and hold the terminal or connector in place while heat is applied, usually through the use of an electrical element, to soften the metal and create a secure bond.

Applicators

Applicators are machines used to apply sealants, adhesives, coatings or other materials onto surfaces. The most common use for applicators is in the manufacturing of components, where they are used to accurately deposit materials onto machine parts. The amount of material deposited depends on the width and height of the material slots in the applicator, as well as the pressure and other settings. Generally, the pressurised material is applied to the surface through nozzles or a spray head.

Presses

Presses are machines used to shape or form various materials such as sheet metal, powders and plastics. Depending on their use, they may exert radial force, axial force, heat or cold. In many cases, presses are used to press two materials together to form a solid object. The working principle behind a press is similar to that of an applicator in that a material is pressurised and forced into a specific shape using a mould.

In conclusion, crimpers, applicators and presses are all important tools in many industrial settings. They can be used for a variety of purposes, from electrical connection manufacturing to the shaping of materials. Each of these machines follows a unique working principle, and each comes with its own advantages and disadvantages. Being familiar with these principles is essential for anyone looking to use these machines in their workplace.

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