Department 01 · 9 product lines
Torsion and extension springs, the shafts and cones that hold them, and the drums and cables that turn stored energy into a smooth lift. Matched to door weight, lift type, and track configuration.
Torsion springs are the primary counterbalance component on many residential and commercial garage doors. They store energy as the door closes and release that energy to help lift the door safely and smoothly. Available in different wire sizes, inside diameters, lengths, and configurations to match the door's weight and hardware.
Extension springs provide counterbalance by stretching as the garage door closes. They are commonly found on older residential garage-door systems and are available in different sizes and capacities.
Spring tubes provide the shaft structure used with certain garage-door counterbalance systems. They help support and position the springs, drums, and related components.
Torsion shafts transmit the spring's torque across the garage door and provide the mounting structure for drums and other counterbalance components.
Winding cones attach to torsion springs and allow the spring to be wound and tensioned during installation.
Stationary cones secure the fixed end of a torsion spring to the center support assembly.
Cable drums guide and wind the lift cables as the garage door moves. Proper drum selection is important for the door's size, lift type, and track configuration.
Lift cables connect the bottom of the garage door to the counterbalance system and transfer the lifting force from the springs to the door.
Spring anchors and related hardware secure the counterbalance components to the garage-door structure.
Tell us the door, the lift, and what you need. We come back with availability and pricing.