The Series 3300THX Complete Hydraulic Swing Leg Puller Assembly is a high-precision tool designed to facilitate the removal of tight-fitting parts in various industrial and mechanical environments.
This extractor comes equipped with an integrated hydraulic system that allows for faster and more efficient extraction, considerably reducing the physical effort required.
Its robust design features three extra-long legs with four adjustable positions, giving it greater versatility and the ability to adapt to different diameters and part configurations.
The swinging legs of this extractor offer a firm three-point grip, improving stability and force distribution during extraction.
In addition, it includes a point protector to protect the part and the tool from possible damage, ensuring safe and prolonged use.
Its construction in high-resistance materials ensures a long useful life, making it ideal for applications where constant and reliable performance is required.

Recommendations for use:
Before using the extractor, make sure that the part to be removed is securely supported and that the legs of the extractor are correctly positioned.
Select the appropriate leg position based on the size and shape of the part to ensure efficient removal.
Apply hydraulics gradually, avoiding applying too much pressure all at once to prevent damage to the tool or part.
Use the point protector to prevent damage to the contact point between the extractor and the part to be extracted.
Check the stability of the extractor during operation, ensuring that the three support points are firmly anchored.

Maintenance recommendations:
Regularly lubricate the moving parts of the puller, especially the legs and hydraulic system, to ensure smooth operation and prolong the life of the tool.
Inspect the extractor after each use for any signs of wear or damage. Replace worn parts immediately to avoid failure during use.
Store the extractor in a dry, safe place, protected from moisture and dust, to prevent corrosion and other damage that may affect its performance.