2-2150283-2

Crimpers, Applicators, and Presses

2-2150283-2 Application Field and Working Principle

The 2-2150283-2 is a crimper, applicator, and press developed by Takachiho, Japan. It is primarily used for aerospace and automotive applications where a precise, automated application of fastener crimping is required. It is a highly advanced machine which utilizes both Mechasol and robotic technologies to deliver reliable and accurate crimping results.

The 2-2150283-2 employs the Mechasol process to achieve a precise crimping. This process uses a combination of predetermined pressures and speeds to process the material. It incorporates a specialized sizing tool for different sizes of fasteners. This tool has two rollers with gaps between them, which are calibrated for the type and size of fastener being crimped. This means that the pressure and speed of crimping can be pre-determined, rather than having to use trial and error with manual crimping methods.

Once the size and type of fastener is determined, the operator can load the 2-2150283-2 with the appropriate die and anvil, and press the start button. The machine then begins the crimping process, adjusting the pressure and speed with each fastener as needed. As the process progresses, the Mechasol adjusts the crimps as needed and monitors the quality of the crimping throughout, ensuring safe and effective operation.

In addition to providing precise and automated crimping, the 2-2150283-2 also incorporates a robotic arm for applying fasteners. This arm can be programmed for various sizes of fasteners, turning them at various angles. The arm is also accurate and reliable, ensuring consistent results throughout the application process.

The 2-2150283-2 is ideal for top-notch crimping performance and is designed for reliable and accurate applications. It is used primarily for aerospace and automotive applications, but also has applications in various other industries. It is a highly advanced tool and one of the most reliable machines available on the market today.