Push Puller - CTA Manufacturing Corp.

Specifications

The Push Puller, model 8099 from CTA Manufacturing Corp., is engineered for robust performance and precision. It features a substantial 10-ton capacity, suitable for demanding applications. With a spread range of 2-1/8 inches to 7-1/4 inches (53mm to 184mm), it accommodates various component sizes. The tool's screw size is 3/4 inch - 16 x 12 (19mm), providing reliable force application. It offers a reach of 8-1/4 inches (210mm), allowing access to deeply seated parts. The unit weighs 6.7 lbs and has dimensions of 12.3 x 4 x 3.2 inches, ensuring a balance of power and manageable size.

Key Features

This Push Puller is designed with several attributes for effective mechanical work. Its versatile design allows for both pushing and pulling forces, adapting to different removal or installation needs. Constructed from superior grade materials, it ensures durability and a lightweight profile. The tool is specifically compatible with CTA and other brands of bearing splitters, enhancing its utility. Quality construction underpins its ability to withstand rigorous use in professional environments.

Applications

The Push Puller is an essential tool across various mechanical and industrial settings. It is utilized for efficiently removing and installing gears, bearings, shafts, pulleys, and other press-fit components. This makes it ideal for automotive repair, general mechanical maintenance, and industrial equipment servicing. The tool supports a range of tasks from dislodging stubborn components from shafts to precise reassembly.

Benefits

Employing this Push Puller delivers significant advantages for professionals and DIY enthusiasts. It helps prevent damage to critical components during the removal or installation process, safeguarding expensive parts. Users benefit from enhanced safety due to controlled operation, reducing the risks associated with forceful manual methods. The tool saves valuable time and effort by streamlining tasks that would otherwise be labor-intensive and challenging. Its robust design contributes to increased efficiency in workshops and service centers, providing practical solutions for complex jobs.