SKF TMHS100 Hydraulic Bearing Puller

The SKF TMHS 100 is a robust hydraulic tool engineered for the efficient and safe extraction of bearings and other interference‑fitted components. Built with an integrated hydraulic pump, cylinder, and spindle assembly, it eliminates the need for separate hydraulic power units. With a maximum withdrawal force of 100 kN, an 80 mm piston stroke, and a 30 mm diameter nosepiece, this tool is designed for precision in challenging maintenance environments such as industrial gearboxes, drive systems and heavy‑duty rotating equipment.

Special Features and Benefits of Choosing the SKF Hydraulic Bearing Puller

• Delivers up to 100 kN pulling force, enabling the removal of large or stubborn bearings with minimal effort.
• Integrated hydraulic pump and cylinder – no external hydraulic power unit required for force generation.
• Spring‑loaded nosepiece centre‑point allows accurate alignment on shafts without damaging surfaces.
• Safety valve built into the spindle prevents overloading of both the spindle and the puller device, improving operator safety and tool longevity.
• Includes extension pieces (50 mm, 100 mm, 150 mm) for flexible reach, adapting to variable pull‑lengths and installations.
• Hardened and chrome‑plated piston with spring return reduces cycle time and ensures consistent performance.

Engineered for High‑Demand Industrial Maintenance

The TMHS 100 offers a highly efficient solution to bearing dismounting in operations where downtime and safety are critical. Its hydraulic design reduces manual exertion and increases precision, keeping maintenance tasks faster and more consistent. With a piston stroke of 80 mm and extensive reach via extension rods, it accommodates a wide range of dismounting scenarios from compact gearboxes to large rolling‑element assemblies.

Where to Use this Bearing Puller?

• Dismounting bearings from motor shafts, gearboxes, and rotating drums.
• Maintenance of industrial transmissions, crushers, and large machinery.
• Removal of interference‑fitted components (bearings, sleeves, hubs) in service and overhaul.
• Applications requiring high pulling force and deep reach (e.g., heavy‑duty drives).
• Workshops and maintenance teams aiming to improve safety and reduce manual labour.
• Industrial environments across manufacturing, mining, energy, and marine sectors.

For more information please check the datasheets.