CT Lifting Equipment

Compression-loaded beams or frames suspended between sling legs that hold lift points apart, reducing inward sling angles and keeping horizontal crushing forces off the lifted CT equipment. Common configurations include single-bar, H-frame, and adjustable-length designs.

Bending-loaded beams with a top central lift point and one or more lower attachment points used to lift loads from above without imposing horizontal compression. Suited to lifting reels, skids, and packages with limited overhead clearance.

Specialized spreader bars configured to support long, slender loads such as coiled tubing strings, piping bundles, or tubular sections at multiple evenly spaced pick points to limit sag and bending stress.

DNV 2.7-1 / EN 12079 certified frames, baskets, and cradles built for the dynamic loading and corrosive conditions of offshore transfer, used to lift and ship CT components between vessel and platform.

Wire rope, chain, and synthetic web or round slings, often supplied as matched lifting sets with master links and a documented configuration, that connect the spreader bar or beam to the crane hook and to the load.

Rated bow and dee shackles, master links, eyebolts, and swivels used to make the load-bearing connections between slings, lifting devices, and equipment padeyes.

Welded or bolted attachment points engineered into CT equipment frames and skids that provide certified pick points for slings and shackles.

Load cells, dynamometers, and tension links used to verify lift weights in service and to perform proof-load and pull testing of lifting devices during certification.