All Cebora Products

The Cebora range for MIG/MAG applications in the sector of robotics and automation consists of two three-phase inverter based power sources EVO Speed Star of 380A (art. 319.80), with optional cooling unit GRV12 and 500A (art. 320.80), already fitted with cooling unit. These power sources can work with programs that can be recalled by the robots (job) in synergic, pulsed (optional function) and double pulsed (optional function) mode. In addition to the control panel and to the wire feed unit in aluminium, the power sources can be equipped with different type of interface (analogic and digital), spool holders and liners, connections and wirings of different lengths according to the specific needs of each user.

The Cebora range for MIG/MAG applications in the sector of robotics and automation consists of two three-phase inverter based power sources EVO Speed Star of 380A (art. 319.80), with optional cooling unit GRV12 and 500A (art. 320.80), already fitted with cooling unit. These power sources can work with programs that can be recalled by the robots (job) in synergic, pulsed (optional function) and double pulsed (optional function) mode. In addition to the control panel and to the wire feed unit in aluminium, the power sources can be equipped with different type of interface (analogic and digital), spool holders and liners, connections and wirings of different lengths according to the specific needs of each user.

Genuine Cebora plasma cutting torch. High frequency ignition, water cooled

The PLASMA PROF 163 ACC three-phase “chopper” multi-voltage power source, art. 957, thanks to its remarkable power (160A at 40%) and to the new CP161 torch, assures excellent performances in metal cutting (the recommended thickness, for the best compromise between cutting quality and productivity, is 40 mm; the maximum thickness is 45 mm and the severance thickness is 50 mm. The maximum piercing thickness is 20 mm. The high continuous (95A at 100%) duty cycle and the cutting speed make the PLASMA PROF 163 ACC ideal for productions of average size.

The Cebora HQC (High Quality Cutting) plasma cutting systems devoted to the automation were born from our long experience in plasma cutting, joined to the professionalism and theoretical support of sophisticated simulation systems of the prestigious Unit for the Industrial Applications of Plasma of the University of Bologna. They are complete systems for High Quality Cutting with plasma gases, on all metallic materials, consisting of extremely sophisticated electronic power sources capable to supply, in continuous, 120A, 250A and 420A respectively, thus obtaining cuts on maximum thicknesses of 35, 60 and 80 mm with a quality up to range 2 according to the international reference standard ISO 9013.

The Cebora HQC (High Quality Cutting) plasma cutting systems devoted to the automation were born from our long experience in plasma cutting, joined to the professionalism and theoretical support of sophisticated simulation systems of the prestigious Unit for the Industrial Applications of Plasma of the University of Bologna. They are complete systems for High Quality Cutting with plasma gases, on all metallic materials, consisting of extremely sophisticated electronic power sources capable to supply, in continuous, 120A, 250A and 420A respectively, thus obtaining cuts on maximum thicknesses of 35, 60 and 80 mm with a quality up to range 2 according to the international reference standard ISO 9013.

The Cebora HQC (High Quality Cutting) plasma cutting systems devoted to the automation were born from our long experience in plasma cutting, joined to the professionalism and theoretical support of sophisticated simulation systems of the prestigious Unit for the Industrial Applications of Plasma of the University of Bologna. They are complete systems for High Quality Cutting with plasma gases, on all metallic materials, consisting of extremely sophisticated electronic power sources capable to supply, in continuous, 120A, 250A and 420A respectively, thus obtaining cuts on maximum thicknesses of 35, 60 and 80 mm with a quality up to range 2 according to the international reference standard ISO 9013.

The PLASMA SOUND 10051/T three-phase power source for plasma cutting of metals represents the upward evolution of the 6061/T. Thanks to the new manual aircooled CP 161 torch, the recommended thickness, for the best cutting quality and productivity, is 30 mm; the maximum thickness is 35 mm and the severance thickness is 40 mm. The high continuous (85A@100%) and discontinuous (95A@60%) duty cycle and the cutting speed make the PLASMA SOUND PC10051/T ideal for automatic production applications, as well as for manual productions of average size

The PLASMA SOUND 10051/T three-phase power source for plasma cutting of metals represents the upward evolution of the 6061/T. Thanks to the new manual aircooled CP 161 torch, the recommended thickness, for the best cutting quality and productivity, is 30 mm; the maximum thickness is 35 mm and the severance thickness is 40 mm. The high continuous (85A@100%) and discontinuous (95A@60%) duty cycle and the cutting speed make the PLASMA SOUND PC10051/T ideal for automatic production applications, as well as for manual productions of average size.

The POWER PLASMA 6061/T is a three-phase power source for plasma cutting of metals. Thanks to the new manual air cooled CP 101 MAR torch,the recommended thickness, for the best cutting quality and productivity, is 20 mm; the maximum thickness is 25 mm and the severance thickness is 30 mm. Its reduced size and weight make the PLASMA SOUND PC 6061/T ideal for on-site work and manual production of medium intensity (60A@60%) and for small automatic production applications, thanks to the cutting speeds and to the high continuous duty cycle (50A@100%).

Cebora offers, for Plasma Welding applications in the field of automation and robotics, two DC TIG welding power source of 320 and 500A and three AC-DC TIG welding power sources from 260 to 450A. The 500 DC model (Art 363.80) and the AC-DC models 450A (Art.371.80) and 330A (Art.370.80) are complete with cooling unit, while for the 320A DC model (art. 373.80) and 260A AC-DC model (Art. 369.80) the cooling unit is optional. The power sources are suitable for welding also in the “cold wire” configuration (that is with filler material in continuous wire), using the various purposely developed accessories. All power sources are factory fitted with an integrated CANopen digital robot interface. Should it be necessary to install a different external robot interface, either digital (Profibus, art. 107.01, or DeviceNet, art. 107.02) or analogic (art. 217.01), this must be purchased separately. The “cold wire” version, which requires to fit in the power source the optional wire feed unit power supply kit art. 111, also includes a dedicated wire feed unit WF4-R6 (art. 1667), spool holders and liners, connections and wirings of different lengths according to the specific needs of each user.

POWER PLASMA 3035/M is an easy to handle, easy to use power source with minimal system requirements, able to ensure excellent quality cutting on all metals, including the new high-strength steels. POWER PLASMA 3035/M weights just 13 kg including the torch, and requires single-phase power supply; it works with compressed air or nitrogen (for high-quality cutting), provided at a pressure of 3.5 bar, with an air flow of just 60 l/min (and may thus be powered by a 25-l compressor). The recommended thickness, for the best cutting quality and productivity, is 8 mm; the maximum thickness is 12 mm and the severance thickness is 15 mm.

Cebora offers, for TIG welding applications in the field of automation and robotics, two DC TIG welding power sources of 320 and 500A and three AC-DC TIG welding power sources from 260 to 450A. The 500 DC model (Art 363.80) and the AC-DC models 450A (Art.371.80) and 330A (Art.370.80) are complete with cooling unit, while for the 320A DC model (art. 373.80) and 260A AC-DC model (Art. 369.80) the cooling unit is optional. The power sources are suitable for welding also in the “cold wire” configuration (that is with filler material in continuous wire), using the various purposely developed accessories. It is also possible to equip the power sources with an analogic type interface, with its relevant wirings and connections of different lengths. The “cold wire” version, which requires to fit in the power source the optional wire feed unit power supply kit art. 111, also includes a dedicated wire feed unit WF4-R6 (art. 1667), spool holders and liners, connections and wirings of different lengths according to the specific needs of each user.

Cebora offers, for TIG welding applications in the field of automation and robotics, two DC TIG welding power sources of 320 and 500A and three AC-DC TIG welding power sources from 260 to 450A. The 500 DC model (Art 363.80) and the AC-DC models 450A (Art.371.80) and 330A (Art.370.80) are complete with cooling unit, while for the 320A DC model (art. 373.80) and 260A AC-DC model (Art. 369.80) the cooling unit is optional. The power sources are suitable for welding also in the “cold wire” configuration (that is with filler material in continuous wire), using the various purposely developed accessories. It is also possible to equip the power sources with an analogic type interface, with its relevant wirings and connections of different lengths. The “cold wire” version, which requires to fit in the power source the optional wire feed unit power supply kit art. 111, also includes a dedicated wire feed unit WF4-R6 (art. 1667), spool holders and liners, connections and wirings of different lengths according to the specific needs of each user.

Cebora offers, for TIG welding applications in the field of automation and robotics, two DC TIG welding power sources of 320 and 500A and three AC-DC TIG welding power sources from 260 to 450A. The 500 DC model (Art 363.80) and the AC-DC models 450A (Art.371.80) and 330A (Art.370.80) are complete with cooling unit, while for the 320A DC model (art. 373.80) and 260A AC-DC model (Art. 369.80) the cooling unit is optional. The power sources are suitable for welding also in the “cold wire” configuration (that is with filler material in continuous wire), using the various purposely developed accessories. It is also possible to equip the power sources with an analogic type interface, with its relevant wirings and connections of different lengths. The “cold wire” version, which requires to fit in the power source the optional wire feed unit power supply kit art. 111, also includes a dedicated wire feed unit WF4-R6 (art. 1667), spool holders and liners, connections and wirings of different lengths according to the specific needs of each user.

Cebora offers, for TIG welding applications in the field of automation and robotics, two DC TIG welding power sources of 320 and 500A and three AC-DC TIG welding power sources from 260 to 450A. The 500 DC model (Art 363.80) and the AC-DC models 450A (Art.371.80) and 330A (Art.370.80) are complete with cooling unit, while for the 320A DC model (art. 373.80) and 260A AC-DC model (Art. 369.80) the cooling unit is optional. The power sources are suitable for welding also in the “cold wire” configuration (that is with filler material in continuous wire), using the various purposely developed accessories. It is also possible to equip the power sources with an analogic type interface, with its relevant wirings and connections of different lengths. The “cold wire” version, which requires to fit in the power source the optional wire feed unit power supply kit art. 111, also includes a dedicated wire feed unit WF4-R6 (art. 1667), spool holders and liners, connections and wirings of different lengths according to the specific needs of each user.

Cebora offers, for TIG welding applications in the field of automation and robotics, two DC TIG welding power sources of 320 and 500A and three AC-DC TIG welding power sources from 260 to 450A. The 500 DC model (Art 363.80) and the AC-DC models 450A (Art.371.80) and 330A (Art.370.80) are complete with cooling unit, while for the 320A DC model (art. 373.80) and 260A AC-DC model (Art. 369.80) the cooling unit is optional. The power sources are suitable for welding also in the “cold wire” configuration (that is with filler material in continuous wire), using the various purposely developed accessories. It is also possible to equip the power sources with an analogic type interface, with its relevant wirings and connections of different lengths. The “cold wire” version, which requires to fit in the power source the optional wire feed unit power supply kit art. 111, also includes a dedicated wire feed unit WF4-R6 (art. 1667), spool holders and liners, connections and wirings of different lengths according to the specific needs of each user.

Cebora are an Italian manufacturer of welding equipment and wheels and castors.