Introduced at World of Concrete by Conjet AB, the Conjet Robot 322 is the smallest unit in the Swedish company’s comprehensive range of high pressure water-jetting equipment, which selectively removes weakened and damaged reinforced concrete from numerous structures.
The compact, lightweight Conjet Robot 322 is exceptionally maneuverable and ideal for working in confined spaces and areas inaccessible to larger equipment. It is very narrow and can pass through an 0.8 metre to 1-metre wide opening, depending on attachment tool. This makes the Robot 322 ideal for operating in tunnels as small as 1.7 m diameter with rotor attachment or single nozzle, culverts, inside concrete box girder bridge decks and under bridge and quay decks. The Robot 322 is also efficient in numerous industrial cleaning applications and has been designed to operate with a reaction force from the water jet of 1,400 N.
The Robot 322 consists of a self-contained, crawler-mounted undercarriage, electrically powered with an integral control system. This allows progress of the hydrodemolition process to be remotely and safely controlled and monitored away from the hazardous cutting area. The width of the undercarriage can be adjusted to improve stability while in operation, and the machine is equipped with a single oscillating nozzle.
The compact, lightweight Conjet Robot 322 is exceptionally maneuverable and ideal for working in confined spaces and areas inaccessible to larger equipment. It is very narrow and can pass through an 0.8 metre to 1-metre wide opening, depending on attachment tool. This makes the Robot 322 ideal for operating in tunnels as small as 1.7 m diameter with rotor attachment or single nozzle, culverts, inside concrete box girder bridge decks and under bridge and quay decks. The Robot 322 is also efficient in numerous industrial cleaning applications and has been designed to operate with a reaction force from the water jet of 1,400 N.
The Robot 322 consists of a self-contained, crawler-mounted undercarriage, electrically powered with an integral control system. This allows progress of the hydrodemolition process to be remotely and safely controlled and monitored away from the hazardous cutting area. The width of the undercarriage can be adjusted to improve stability while in operation, and the machine is equipped with a single oscillating nozzle.
