3in Rack Pro w/Dual Pull Cylinder Slot Eye

The 3in Rack Pro with Dual Pull Cylinder Slot Eye from SWEET is a heavy-duty hydraulic accessory designed for professional mechanics and fabricators working with vehicle lifting, pressing, and alignment systems. This component serves as a critical linkage point in multi-cylinder hydraulic setups where dual pulling forces must be coordinated and controlled with precision. Whether you're operating a frame rack, a four-post lift, or a specialized press rig, this dual cylinder configuration allows seamless load distribution and synchronized movement—essential for maintaining frame integrity during collision repair or restoration work.

Built by SWEET, a recognized manufacturer of automotive shop equipment and hydraulic solutions, the 3in Rack Pro features a robust dual slot eye design that accommodates two cylinder rod eyes simultaneously. The three-inch profile provides optimal leverage and load-bearing capacity for mid-to-heavy-duty applications, while the precision-machined slot eyes ensure zero slop and repeatable positioning—critical when aligning chassis or controlling rack speed during pulls. The 15.03 lb weight reflects solid steel construction, delivering durability under sustained hydraulic pressure and the shock loads common in frame-pulling scenarios. The compact 6.8 x 6.8 inch footprint allows integration into space-constrained equipment without sacrificing rigidity.

This component is ideal for collision repair technicians, frame shop operators, and equipment fabricators who maintain or build custom lifting rigs and pulling systems. Installation requires secure mounting to a primary structure and proper cylinder selection that matches your hydraulic system's pressure rating and bore diameter. The dual cylinder slot configuration is especially valuable when working on unibody vehicles requiring synchronized pulling from multiple anchor points, preventing stress concentration and ensuring even load distribution. Verify that your cylinders feature standard rod eye threads and that your system's pressure capacity aligns with this component's design specifications before integration.