PIPE CUTTING MACHINES

Brand Owner (click to sort) Address Description
COLLINS ROTHENBERGER AG Spessartstrasse 2-4 Kelkheim im Taunus 65779 Germany Pipe cutting machines; threading machines;
MASTER TUBE LINCOLN GLOBAL, INC. 9160 Norwalk Boulevard Santa Fe Springs CA 90670 pipe cutting machines;TUBE;
MPM LINCOLN GLOBAL, INC. 9160 Norwalk Boulevard Santa Fe Springs CA 90670 pipe cutting machines;
MTC LINCOLN GLOBAL, INC. 9160 Norwalk Boulevard Santa Fe Springs CA 90670 pipe cutting machines;
TRAV-L-CUTTER Illinois Tool Works Inc. 155 Harlem Avenue Glenview IL 60025 pipe cutting machines;TRAVEL CUTTER;
VAS LINCOLN GLOBAL, INC. 9160 Norwalk Boulevard Santa Fe Springs CA 90670 Pipe cutting machines;The wording VAS has no meaning in a foreign language.;
VERNON LINCOLN GLOBAL, INC. 9160 Norwalk Boulevard Santa Fe Springs CA 90670 pipe cutting machines;
VERNON TOOL LINCOLN GLOBAL, INC. 9160 Norwalk Boulevard Santa Fe Springs CA 90670 pipe cutting machines;TOOL;
VTC LINCOLN GLOBAL, INC. 9160 Norwalk Boulevard Santa Fe Springs CA 90670 Pipe cutting machines;The wording VTC has no meaning in a foreign language.;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A device for a hydraulic cutting tool (30) for cutting of at least one pipe (16, 18, 20) or tubular object beneath a water floor (10), wherein the cutting is carried out from a surface facility (2). The cutting tool (30) is anchored in a pressure tight manner in the pipe (16), whereupon pressurised gas (86) is pumped into a pipe section (80) immediately below the cutting tool (30). With this, liquid (8), and eventually pressurised gas (86), will flow out of the pipe section (80) via a short drain pipe (66) through the cutting tool (30), so as to create a gas filled pipe volume (90) comprising the relevant cutting depth (32) in the pipe section (80). The invention differs from prior art by the outflowing liquid being led onwards up to the surface facility (2) via a drain line (92). The upper end portion of the drain line (92) is connected to at least one adjustable choke device (102, 104). This allows the gas overpressure in said pipe volume (90) to be controlled during the cutting, providing optimal operating conditions during the hydraulic cutting.