2266767-2

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Crimpers, Applicators, Presses

Crimpers are used to apply force to crimp cord, tube and wire end sleeves in cables, terminals and other electronic components. These tools are mostly used for non-continuous or intermittent use, and are a great solution for a range of assembly projects. Aeronautics, automotive, electronic, medical and military applications require the precision and strength of crimpers, and two types of crimpers exist: manual and automatic.

Manual crimpers require the assembler to use physical force to crimp terminals and connectors onto wires. With manual crimpers, technicians can select the specific tool for the job, ensuring reliable and accurate workmanship. Manual crimpers are commonly used in general industrial, military and automotive applications.

Automatic crimpers are powered tools used to reduce operator fatigue. Technicians may use an air, electric or pneumatic powered automatic crimper to quickly and easily crimp wires and terminals. These tools generally offer speed of application, accuracy and consistent results, making them indispensable in high-volume operations. Automatic crimpers are generally used in electronics, aeronautics, cable assembly and automotive assembly.

Rely on applicators when you need an APT tool for continuous high-volume wire and/or cable processing. Attaching labels and/or tags, twisting, taping, special treatment and bunching are also performed with applicators. These tools are generally used for processing, insulating, labelling, attaching, brazing and/or soldering processes in the electronic, automotive, telecommunications and aeronautics sector.

Using techno-savvy engineering, presses are designed to produce highly precise components using a combination of power, the correct tools, and raw material. Specialized presses use heat, hydraulic or pneumatic energy to perform the task accurately and powerfully. They’re often the only machine to press large objects hard enough consistently to maintain precision. Common uses for presses are to die-cut, mold or emboss plastics, rubber, fabric and sheet metal. For assemblies that need to have large components inserted into one another press automation is necessary. There are a variety of types of presses for various uses.

High speed presses, for example, are used to perform operations that require the machine to cycle quickly. High speed presses usually apply a ton of force and are built to handle increased output and save time compared to low speed presses. High speed presses are renowned for their accuracy and speed when performing typical stamping, cut, bend and form operations. Common high speed presses are used to assemble automotive parts, computer components, and toys.

Another type of press is a programmable servo mechanical press. This press is designed like a high speed press, however it differs because it is controlled with a LSI micro-controller, making it capable of producing complex zero tolerance parts. When a press requires extremely precise accuracy and/or contains intricate holes, servo presses are an excellent choice. Some of the industries that use servo controls are the automotive and medical sectors.

2266767-2 is a type of press that is specifically designed for large and/or complex assembly projects, such as those found in the aerospace and medical device industries. It works by applying an immense force to press components together quickly and accurately. To ensure accuracy, 2266767-2 utilizes a precision alignment system, advanced servo control, and a soft programming operating system that can accurately apply force. It is compact and powerful, making it an ideal choice for projects with tight space constraints. It is versatile and highly efficient, making it perfect for repetitive or high-volume tasks.

The specific data is subject to PDF, and the above content is for reference