59275

Series:	Certi-Crimp, T- Head, PIDG, Plasti-Grip
Part Status:	Active
Tool Type:	Hand Crimper
For Use With/Related Products:	Splices and Terminals, 20-26 AWG
Features:	Side Entry, Ratchet

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Crimpers
A crimper is a device used to join two pieces of metal together by deforming their cross-sectional area. It is commonly used for applications such as electrical connections, plumbing, and cable assemblies. A crimper operates by exerting force on two adjoining surfaces, usually parts of a single component, and compressing them together. This process of compressing metal creates a localized welded area, resulting in an increased mechanical strength.Crimpers are available in a range of sizes and styles to accommodate different materials and applications. The most common crimping tools are crimp tools used for electrical wire and terminal connectors, manual and powered cable cutters, and crimping irons.Crimping tools commonly use dies to crimp material. These dies are typically made of metal and have a series of ridges inside of them that are used to shape the crimp area. The dies can be adjusted to accommodate the size and shape of the product that is being crimped. The dies can also be changed out to adjust the amount of pressure being applied to the material.When crimping, the die should be securely fitted to the material. This helps to ensure that the material is securely crimped and that the correct amount of pressure is being applied. After the material has been crimped, it can be soldered or insulated for additional strength or protection.Applicators
An applicator is a device that applies force to a material so that a specific shape or pattern is formed. An applicator can be used to join two pieces of material together, allowing for a consistent shape or pattern to be formed. Common applications of applicators include registering and bonding components onto printed circuit boards, crimping cables, and applying adhesive or coating to surfaces.An applicator typically consists of a controller, a press, and a die. The die is the part that actually applies the force to the material; this is usually done using an electric motor. The press can also be used to hold two pieces of material in place so that the die can be applied. Finally, the controller is used to program and monitor the applicator.Applicators are available in both manual and automated versions. Manual applicators are typically more affordable than automated ones. However, they require more skill and are more time-consuming to use. Automated applicators are faster and more efficient but require more set-up and a greater initial investment in cost.Presses
A press is a device used to shape metal or other materials into a desired shape or form. The metal is placed in a die and the press applies force to stamp, cut, or form it into a new shape. A press can also be used to join two pieces of material together, usually with the help of a punch, die, or rollers.Presses come in a variety of sizes and styles and are commonly found in automotive and machinery manufacturing industries. Some presses are used in mass production and are capable of producing high volumes of products in a short amount of time. Other presses are used for smaller batches and have adjustable parameters to vary the shapes and forms of the product being produced.Presses work by applying force to material at high speed. There are two main types of presses, mechanical presses and hydraulic presses. Mechanical presses tend to be more affordable but require more physical force to operate. Hydraulic presses are more powerful and can apply large amounts of pressure but are more expensive.No matter what type of press is being used, precautions must be taken to ensure safety. Presses must be properly maintained and all safety standards must be followed. Before using a press, it is important to ensure that the dies are in good condition, that all tools are secure, and that the material being pressed is compatible with the type of press being used.

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