A separate cam carrier lets a lashing hoop shift deflection positions without redesigning the base part, cutting cost and expanding use variants.
A snap-over pivot mechanism adds braking force to keep the coupling stop from flipping under load and damaging nearby objects.
A snap mechanism adds pre-snap braking and restoring force to a pivoting anchor, preventing turnover and load-peak damage under transverse load.
A radially projecting annular flange boosts anchor point transverse load capacity and prevents tool slippage without increasing installation height.
A spring-return coupling bolt lets a rotating stop point switch between free rotation and manual torque locking without tools, even with gloves.
Curved labyrinth seal surfaces let a rotating anchor point absorb transverse loads without blocking rotation or losing sealing efficiency.
Conical bearing surfaces and angled rollers keep a lifting point rotating under axial loads while easing assembly and part replacement.
A radially adjustable coupling bolt lets a rotatable lifting point tighten by hand while staying easy to align and operate with gloves.
A detachable load-bearing eye screws into an embedded anchor to enable lateral lifting of thin precast concrete parts with less material loss.
A through-passage, self-aligning subsea connector lets ROVs connect mooring lines more easily while allowing rotation to reduce structural stress.
An axially movable upper part engages drive contours for quick fastening, stable lateral load support, and lower detachment risk.
Snap rings and a bearing disk secure a swivel eyebolt during assembly, preventing part loss, rattling, and bolt-specific complexity.
An integrated locking bolt, bearing rollers, and labyrinth seal let this stop ring resist loosening, avoid tools, and block dirt ingress.
A knuckle with a blind slot restricts pivoting motion of an anchor, allowing it to self-align under its own weight without manual crew intervention.