The Series 7300 2-leg mechanical extractor is a robust and versatile tool, designed especially for outdoor extraction tasks.
This extractor is equipped with high-precision swing legs, each with 3 holes, allowing adjustment in multiple positions according to the specific needs of the operation.
The tip of the legs is thin and has a special channel to facilitate the removal of screws, making it an ideal tool for delicate and difficult jobs.
Additionally, the square head spindle allows for a firmer, more secure grip when used with a wrench, offering greater control and precision during the removal process.
The legs also have specific slots that allow for a firm and efficient pull using screws, increasing its versatility and functionality.
Recommendations for use:
Be sure to select the proper screw size before beginning the removal process.
Use a wrench fitted to the square spindle to maximize torque and avoid damaging parts.
Place the extractor on a stable surface and ensure good alignment with the part to be extracted.
Avoid applying excessive force, let the oscillating design of the extractor do the work for you.
Verify that the legs are correctly positioned and tightened before beginning any removal.
Maintenance recommendations:
Periodically lubricate the spindle and leg joints to ensure smooth operation and extend tool life.
Inspect the legs and tip channel for any signs of wear or damage and replace if necessary.
Store the extractor in a dry place protected from humidity to avoid corrosion and ensure durability.
Bullet points
Its oscillating and adjustable design allows greater adaptability to different types of parts and work environments.
The square head spindle improves the ergonomics of the product, making it easier to use additional tools for a more secure grip.
The ability to adjust the legs to different positions offers greater flexibility when extracting pieces of various dimensions.
The precision of the fine tip with screw channel allows for more efficient work and less physical effort, saving time in each operation.