Portable oxyhydrogen torch systems, built for precision work.
Efena has designed and manufactured multiple oxyhydrogen torch units. The system produces hydrogen and oxygen on demand from water and electricity, delivering gas to a compact torch for qualified heating, brazing, soldering, glasswork, and other precision applications.
More than a concept—we have built the equipment.
The Efena torch platform combines an enclosed stainless-steel generator, on-demand gas production, controls, flame-arresting components, quick connections, and a handheld torch in a transportable format.
Configurations can be reviewed for the required flame, duty cycle, electrical supply, work material, portability, and operating environment. The system is not presented as a universal replacement for every oxy-acetylene process.
Precise heat where portability and control matter
Suitability depends on the material, joint, required heat input, torch tip, gas output, work environment, and applicable codes.
Brazing and soldering
Localized heat for qualified metal joining, repair, fabrication, refrigeration, jewelry, and workshop applications.
Glass and quartz work
Controlled flame applications for shaping, sealing, laboratory glasswork, and other compatible materials.
Precision heating
Targeted heating, annealing, loosening, small-part processing, and demonstrations where a compact flame is appropriate.
Jewelry and fine metalwork
Fine flame control for selected precious-metal, artistic, and small-component operations.
Field and mobile work
A compact generator can simplify deployment where carrying and managing multiple gas cylinders is undesirable.
Custom configurations
Efena can review generator capacity, torch arrangement, enclosure, electrical supply, and controls for qualified customer requirements.
Representative equipment specifications
These specifications describe the existing platform shown and may change with configuration, production revision, destination requirements, or customer scope.
Efena torch demonstrations
Tell us what you need to heat, join, or shape.
Share the material, thickness, process, expected duty cycle, available electrical supply, work environment, destination country, and desired portability.