The 1700 Series Bearing Extractor is a tool set specifically designed to facilitate the removal of ball bearings in situations where they are not accessible from the outside or inside.
This equipment has a set of collets of different sizes and shapes, allowing it to adapt to a wide variety of bearings, providing a firm grip between the bearing races.
The main advantage of this puller is that it eliminates the need to break the bearing during the removal process, ensuring that the bearing can be removed safely and without causing additional damage to the equipment or machine in which it is located.
Its compact and specialized design makes it an indispensable tool for mechanical and industrial maintenance workshops, where precision and efficiency are paramount.
Recommendations for use:
Be sure to select the appropriate collet for the bearing size to ensure optimal grip and prevent damage.
Apply a uniform and controlled force during extraction to avoid wear of the parts.
Verify that the bearing is correctly aligned before proceeding with removal to avoid malfunction.
Clean the surface and area around the bearing before using the extractor, avoiding the accumulation of debris that could affect the process.
Use the extractor in a safe and stable environment, avoiding sudden movements that could compromise the safety of the operator or the effectiveness of the work.
Maintenance recommendations:
Keep the tweezers and all parts of the extractor clean and free of grease or dirt that could reduce the effectiveness of the grip.
Lubricate moving parts of the extractor regularly to ensure smooth operation and prolong its life.
Store the extractor set in a dry place protected from humidity to avoid corrosion and deterioration of its components.
Bullet points
Versatility: The availability of different collets in the set allows for use on a wide range of ball bearings, regardless of their size or type.
Bearing Preservation: Unlike other methods, this puller does not require the bearing to be broken, which prevents unnecessary damage and makes it easier to reuse in some cases.
Time Savings: Thanks to its efficient design, the extractor allows extraction work to be carried out quickly and accurately, reducing downtime during repairs or maintenance.
Cost reduction: By not needing to break the bearings, the user can reuse them if they are in good condition, which reduces expenses in purchasing spare parts.