Flow Plant, hydro abrasive cutting with a jet of water at 4,300 bars of pressure with the addition of quartz.
Machine with a 0° to 9° tilting head and automatic cut correction.
The cutting of any material (from rubber to stainless steel) up to a maximum thickness of 155 mm.
Cutting with two-place decimal tolerance, suitable for intarsia and precision coupling.
Special machining techniques for maximum resistance, minimum weight and the use of natural resources.
Anthropomorphic arm (Robot ABB 6600) 3,800 mm useful stroke, a machine with practically unlimited versatility for a production that spans from statues to gears, to pieces of extreme design.
The combination of stone with backings of aeronautic origin like carbon fibre, glass, aluminium honeycomb.
Coupling with closed cell backings to obtain stone which totally floats.
And, above all, a team of workers with manual skills superior to those of any machine.
Zunino Marmi - which covers an area of 1,500 square meters - uses numerically controlled work centres for its production; machines capable of independently executing any type of machining operations starting from the values set using a dedicated operative software...
More
the machinery includes a very modern water jet cutter which, thanks to its versatility and simplicity of application, can cut any material (marble, granite, glass, plastic materials, insulation and foams, stainless steel, aluminium, titanium, copper, composites and special alloys) and to create any shape, and a brand new water jet Robostone that can machine pieces in any material.
The Robostone system can be used to create bas-reliefs, three dimensional milling, shaping through the use of large size disks and to cut holes in solid pieces.
The useful working field of the system can reach three metres in height and six metres in diameter, making it possible to create statues, columns and bas-reliefs with a single positioning of the raw material.
The Robostone 3D programming system can be used to process graphic files or to import three dimensional figures from reading systems or laser scanning devices to create the tool path for the robot in just a few minutes.