Universal Ball Joint Puller 20 mm NEO tools 11-801

The NEO tools universal ball joint puller 20 mm (model 11-801) is a mechanical extraction tool engineered to separate ball joints and similar press-fit connections with a 20 mm contact or stud size. It is intended for controlled removal in automotive repair and suspension maintenance, enabling separation without applying force to surrounding components or causing deformation of adjacent parts.

Advantages

This 20 mm ball joint puller offers a compact, durable construction suitable for repeated workshop use. The tool's design concentrates force directly on the joint to reduce the risk of damage to control arms, tie rods, or seals. Its straightforward mechanical operation requires no hydraulic power, which simplifies setup and reduces maintenance. Visibility and access to the work area are preserved by the slim profile, and the puller is compatible with standard workshop tools for installation and removal.

Suitable for

• Removing 20 mm ball joints on passenger cars and light commercial vehicles
• Suspension maintenance and component replacement in repair shops
• General workshop tasks involving press-fit joints and stud removal

Key specifications

• Contact/stud size compatibility: 20 mm
• Mechanical extraction design for controlled separation
• Construction: metal components suitable for workshop use
• Compact profile for improved access in confined suspension assemblies
• Operates without hydraulic power; compatible with common hand tools

How to use

Position the puller so the 20 mm contact aligns with the ball joint stud and secure the tool according to the manufacturer's instructions. Apply steady mechanical force using the central press or turning element until the joint separates from the housing. Maintain alignment during extraction to avoid lateral stresses. After removal, inspect nearby components for wear or damage and clean the mating surfaces before installation of replacement parts.

Usage recommendations

Use appropriate personal protective equipment, support the vehicle securely, and follow workshop safety procedures. If resistance is unusually high, verify correct alignment and connection of the tool; do not apply excessive force that could damage suspension components.