A coil spring nested in a tube forms corrugations for long waveguides, cutting machining errors, waste, and transmission loss.
A coil spring inside a tube creates precise corrugations for long waveguides, reducing manufacturing errors, waste, and repair cost.
Multiple low-power laser beams are combined downhole to cut energy loss and heat buildup during deep perforation and boring.
Stainless steel fiber torching rods create a quieter oxygen-fed cutting path while avoiding magnesium hazards and supporting breathable oxygen delivery.
Radial laser cutting with parallel cooling nozzles creates controlled transverse fractures while limiting heat damage and bypassed reservoir zones.
Induction preheating of a fuel-filled cartridge enables remote thermal lance ignition without manual torches or hazardous pyrotechnics.
Applying a high-absorption agent before lasing helps reflective formations absorb more energy, reach higher temperatures, and improve stimulation.
Rotating and tilting a high-power downhole laser helps reshape wellbores, create inclined paths, and improve hydrocarbon-water separation.
Applying an optical absorbing agent before laser exposure boosts formation heating and ablation in reflective, low-permeability wells.