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The jaws can be flipped or reoriented to suit either internal or external pulling. For internal pulling, position the jaws to grip from inside the bore; for external pulling, position them to grip on the outside of the component. This versatility lets you tackle a wide range of bearing, gear, and pulley removal tasks without switching tools.

Durability comes from high‑quality steel that is heat treated for strength. The spindle is phosphate coated to resist corrosion, and the tool also features an anti‑rust coating to protect against moisture and field use. These features help extend tool life in tough working environments.

Use the adjustable jaw mechanism to open or close the gripping faces until they securely fit the component size (bearings, gears, or other parts). Ensure the jaws are firmly seated and centered before applying pulling force to avoid slippage or damage.

This puller is designed for heavy‑duty applications and professional use. It’s built to handle significant pulling force on bearings, gears, and similar components, with construction and design aimed at reliability under demanding tasks. Always operate within the tool’s intended range and component compatibility.

Keep the puller aligned with the component’s center, use even turning pressure on the screw, avoid side loading, wear eye and hand protection, and ensure the jaws are fully seated before applying force. Never exceed the component’s tolerance, and stop if you notice slippage or damage.

The pilot point helps center the screw tip in the component’s bore, reducing wandering and guiding the puller straight onto the target. This improves alignment, minimizes damage to the bore, and makes the pulling action smoother.

After use, clean off debris and apply a light, non‑corrosive oil to moving parts. Wipe down the tool, store it in a dry environment, and periodically inspect for wear or damage. The anti‑rust and phosphate coatings help, but regular care will keep the tool performing reliably.

Typical use cases include removing bearings from shafts, pulling gears off shafts, extracting pulleys from axles, and general mechanical or automotive repair tasks where a controlled, centered pull is required. Its reversible jaws expand its versatility for both internal and external pulling tasks.

Compared to a 3‑jaw reversible puller, the 2‑jaw version provides a more compact option with fewer gripping points, which is ideal for smaller components or tighter clearances. For larger components or broader grip, a 3‑jaw puller may be more appropriate. See the following related options on Fepy for deeper comparison: SATA 3‑Jaw Reversible Pullers, SATA 2‑Jaw Internal Pullers, SATA 2‑Jaw External Pullers.

You can explore related SATA pullers on Fepy at these example product pages: SATA 3‑Jaw Reversible Pullers (https://www.fepy.com/product/sata-3-jaw-reversible-pullers), SATA 2‑Jaw Internal Pullers (https://www.fepy.com/product/sata-2-jaw-internal-pullers), and SATA 2‑Jaw External Pullers (https://www.fepy.com/product/sata-2-jaw-external-pullers). These links illustrate comparable tools within the same brand and category to help with a decision.