SATA GL90624 2-Jaw Reversible Pullers 4"

The tool features reversible jaws. To switch, open the puller, detach or flip the jaws to the opposite orientation, reattach, and ensure the jaws engage the component securely before applying pressure.

The pilot point on the screw tip helps align the puller with the component’s center, reducing misalignment, sliding, and potential damage during pulling, and providing a smoother, more precise operation.

The puller is made from heat‑treated high‑quality steel for strength and longevity, and the spindle features a phosphate coating to resist rust and corrosion in tough working environments.

It is designed for heavy‑duty pulling tasks such as bearings, gears, bushings, and other press‑fit components, with adjustable jaws to accommodate different sizes within the tool’s capability.

Keep it clean and dry after use, lightly oil moving parts, and store in a dry place to maximize the anti‑rust coating’s effectiveness. Periodically inspect the jaws for wear and ensure the pilot point remains centered.

It's ideal for automotive repairs, machinery maintenance, and workshop tasks that involve removing bearings or gears from shafts where internal or external pulling is needed, especially in confined spaces thanks to its compact 4" size.

Compared to similar 2‑jaw pullers, the GL90624 emphasizes reversible jaws for versatile internal/external pulling, a pilot point for centered alignment, and a corrosion‑resistant spindle coating, all within a compact 4" footprint for portability and ease of use.

Consider these alternatives on Fepy for side‑by‑side comparison: SATA GL90628 2‑Jaw Reversible Puller 4" (https://www.fepy.com/products/sata-gl90628-2-jaw-reversible-puller-4), SATA GL90626 2‑Jaw Reversible Puller 4" (https://www.fepy.com/products/sata-gl90626-2-jaw-reversible-puller-4), and SATA GL90600 2‑Jaw Puller (https://www.fepy.com/products/sata-gl90600-2-jaw-puller).

The 4" puller is designed for components within that 4-inch class range, with adjustable jaws to accommodate diverse bearings, gears, and similar press‑fit parts. Always assess the component size and required pulling force before use.

Secure the workpiece firmly, keep hands clear of the jaws and moving parts, apply steady and controlled pressure, use appropriate personal protective equipment (PPE), and inspect the tool for wear or damage before use. Avoid exceeding the tool’s capacity to prevent slippage or component damage.