A fully integrated surface intervention system engineered to redefine industry standards while enhancing the safety, efficiency and reliability of well intervention operations.
InterFrame™
InterFrame™ eliminates the need for tugger lines and manual handling during lubricator connection and disconnection operations.
Fully designed with adaptability in mind, allowing the frame to operate in both inner and outer leg positions, to allow full flexibility in service wells.
Datasheet PDFREDUCING SURFACE RISKS THROUGH INTELLIGENT DESIGN
Wireline operations have traditionally exposed field crews to increased dropped-object risks and manual handling hazards during surface activities.
InterFrame™ delivers a step-change in safety performance by eliminating the need for a conventional wireline mast and replacing scaffold-based access with a fully engineering, deck-mounted intervention platform.
By automating the lifting, alignment and securing of the lubricator to the wireline valve (BOP), InterFrame™ removes the need for tuggers and manual rigging operations. This innovation not only minimises red zone exposure but also eliminates suspended-load lubricator hazards from wireline interventions.
Innovating the Future of Wireline Operations
Reduces rig-up time
Reduces deck handling
Reduces overall operational complexity
Traditional wireline operations expose field personnel to hazards associated with dropped objects, suspended loads and manual handling during surface intervention activities.
InterFrame™ delivers a step-change in safety and operational performance by eliminating the need for a conventional wireline mast and replacing scaffold-based access with a purpose-designed, deck-mounted intervention platform.
By automating the lifting, alignment and securing of the lubricator to the wireline valve (BOP), InterFrame™ eliminates the need for tugger lines and manual handling during lubricator connection and disconnection operations.
The result is a safer, more efficient intervention process that minimises red zone exposure, eliminates suspended- load lubricator hazards and reduces the risks associated with manual handling, while improving operational consistency and overall wellsite efficiency.