The Series 1600-1 Ball Bearing Extractor Set is a highly specialized tool, designed specifically for the safe and efficient removal of ball bearings in situations where they cannot be accessed from the outside or inside.
This set of extractors allows for a secure grip on the bearing between the races, making it easy to remove without causing damage or requiring its destruction.
Manufactured from high-strength materials, this product is ideal for professionals who need to perform precise work and maintain the integrity of machine components.
The design of the Series 1600-1 extractor is optimized to adapt to various bearing dimensions, guaranteeing versatility in its application.
Additionally, its advanced mechanism allows for controlled extraction, minimizing the risk of collateral damage to the equipment and ensuring that the bearings can be reused if necessary.
This extractor is essential in industrial environments, mechanical workshops, and any place where difficult-to-access ball bearings are handled.
Recommendations for use:
Verify that the extractor is correctly aligned with the bearing races before applying force.
Use the puller according to the specific bearing size to ensure efficient removal.
Make sure the work area is free of dirt or particles that could interfere with the extraction process.
Apply gradual, controlled force during removal to avoid damaging both the bearing and surrounding equipment.
Inspect the bearing after removal to ensure it is fit for reuse.
Maintenance recommendations:
Clean the extractor after each use to avoid the accumulation of grease or dirt that could affect its operation.
Lubricate the moving parts of the extractor periodically to ensure smooth and efficient performance.
Store the extractor in a dry place protected from humidity to avoid corrosion or premature wear of its components.
Bullet points
It is not necessary to break the bearing to remove it, which allows it to retain its original condition if it is reusable.
Its design ensures a firm grip between the bearing races, preventing damage to surrounding components during removal.
Saving time and effort, since it is not necessary to disassemble the equipment or destroy the bearing to remove it.
Reduction in operating costs, since the bearing can be reused if it is in adequate condition, avoiding the purchase of a new one.