TMMR 350F SKF reversible jaw puller

SKF TMMR 350F Hydraulic Puller

The SKF TMMR 350F is a professional hydraulic dismounting tool engineered for demanding service, technical, and industrial applications. Utilizing advanced hydraulic functionality and a robust design, this model enables the fast, precise, and safe removal of shaft-mounted components such as bearings, bushings, pulleys, hubs, and rings. The tool is designed to provide high pulling force while minimizing the risk of damage to the shaft and component surfaces.

Application

• Dismounting of large bearings, bushings, hubs, and other shaft-mounted elements.
• Maintenance, diagnostics, and operational continuity in production plants.
• Mechanical workshops, technical services, and repair departments.
• Applications requiring uniform hydraulic action and superior pulling force.

Technical Specification

• Model: TMMR 350F
• Manufacturer: SKF
• Tool Type: Three-arm hydraulic puller
• Operating Mechanism: Hydraulic (works in conjunction with a hydraulic pump)
• Grip: Three arms ensuring stable and uniform force distribution
• Material: High-tensile steel, resistant to deformation and overload
• Compatibility: Suitable for use with SKF-compatible hydraulic pumps and power packs

Note: Detailed technical data, such as maximum pulling capacity, exact diameter range, and required operating pressure, should be verified in the manufacturer's technical documentation.

Features and Benefits

• Hydraulic Power Drive – provides high pulling capacity with minimal operator effort.
• Three-Arm Gripper – uniform force distribution increases stability and reduces the risk of part damage.
• Robust Construction – high-grade materials and manufacturing ensure long tool service life.
• High Efficiency – hydraulic action significantly reduces work time for removing stubborn components.
• Versatility – suitable for a wide range of demanding technical and industrial applications.

Why Choose This Product

The SKF TMMR 350F hydraulic puller is a tool that streamlines the dismounting of even the most tightly fitted components. It reduces labor intensity, accelerates maintenance tasks, and minimizes the risk of damaging expensive shafts and parts. This is the ideal choice for maintenance technicians and engineers who demand top-tier quality, precision, and reliability in their equipment.