Hydraulic, 2- and 3-arm pullers with adjustable clamping depth a - Kukko Quality Tools Inc

The Kukko Y28-216 Hydraulic, 2- and 3-Arm Puller with adjustable clamping depth and a powerful hydraulic hollow piston cylinder is engineered for the demanding task of extracting particularly large and stuck bearings, gears, and discs. Designed for professional technicians and mechanics, this tool delivers exceptional pulling force and controlled operation, making it an indispensable asset in automotive workshops, industrial settings, and various craft applications.

Key Features

• High-Capacity Hydraulic Force: The integrated hydraulic hollow piston cylinder generates an impressive pulling force of up to 50 tons, ensuring the effortless removal of even the most tightly seated components.
• Versatile 2- and 3-Arm Configuration: Adaptable to various workpieces and spatial constraints, this puller can be configured with either a 3-jaw setup for even load distribution and a secure grip or a 2-jaw crossbar (included) for limited-access applications.
• Adjustable Clamping Depth: Oscillating jaws and multiple drilling positions allow for individual adjustment of the clamping depth, providing universal application across diverse component sizes and installation situations.
• Controlled and Non-Destructive Removal: The hydraulic system facilitates an easy, precise, and controlled pulling process, minimizing physical effort and reducing the risk of damage to the component or shaft during disassembly.
• Professional-Grade Durability: Manufactured by Kukko Quality Tools Inc., this puller is constructed from high-quality tool steel, ensuring robust performance and a long service life in demanding professional environments.

Applications

The Kukko Y28-216 hydraulic puller is ideally suited for technicians performing critical maintenance and repair operations, including:

• Removing heavily seized bearings, gears, pulleys, and flywheels from shafts.
• Disassembly tasks involving large components in heavy machinery and industrial equipment.
• Any application requiring substantial, controlled pulling force where manual methods are inefficient or pose a risk of damage.