Manual clips and a thin U-shaped release tool let shelf grid walls detach quickly from columns without screws or electric tools.
Using spindle rotation and axial motion, this case clamps and unclamps temporary fasteners without extra end effectors or actuation.
A unified handle, driver, and holder setup installs self-drilling and non-self-drilling anchors faster with fewer tool changes.
A combined drill bit holder and expandable member holder installs self-drilling and non-self-drilling anchors faster with fewer tool changes.
Rotating and expanding anchor arms form the blind-hole undercut directly, cutting installation time, tool complexity, and fastening errors.
A screw-driven rod, nut, and bushing replace hydraulic pin tools, enabling safer hose-free mounting and extraction of frame connecting pins.
A switchable clutch locks or couples the pull spindle, letting one tool set blind rivets and rivet nuts while simplifying mandrel removal.
A removable nose, threaded dowel, and hydraulic setting stroke let one joining tool adapt to different threaded deformable inserts.
Rigid inserts in a deformable anchor body raise tightening torque, improve self-threading, and prevent uncoupling in weak or hollow walls.
Rotational threading and hydraulic axial compression let one tool set varied threaded deformable inserts with stable joints and easy release.
A finger inside the hex cavity lets an SDS hammer drill rotate the wallbolt nut while transmitting blows for deeper concrete insertion.
A separable two-body setting tool lets one hammer-drill interface work across bolt anchor sizes by swapping only the size-specific holder.
A threaded anchor setter stays embedded in masonry, enabling one-handed overhead installation while reducing fatigue and injury risk.
Magnets and a catch assembly let cleco pliers hold and orient temporary fasteners for one-handed use, reducing wrist strain and speeding installation.
A movable slide and lever mechanism lets one wall anchor tool grip, pull, and push the centre screw for easier installation and removal with less surface damage.