HSC spindles are designed to reach rotation speeds of up to 4,900 rpm. Considering the same material feed speed, the tool is capable of a higher number of revolutions. This makes it possible to reduce the volume of material to be removed in each revolution, reducing the size of machining dust and the risk of chipping damage.
Automatic dry squaring machine for ceramic tiles and slabs
The high rotation speed of the gauging spindles, its structural solidity and reduced maintenance costs make Ghibli the ideal solution for rectification of ceramic tiles and slabs.
- 1High rotation speed to reduce rejects caused by chipping
- 2Higher productivity thanks to automatic setting
- 3Reinforced structure and optimised ergonomics
- 4Total automation to aid the operator
- 5Control systems to get the best results
Automations that boost productivity
Dry squaring machine for ceramic slabs and tiles, able to mount up to 12 high rotation speed gauging spindles and one upper chamfering spindle for each bench. Thanks to the presence of inverters, the rotation speed of the grinding wheels can be set at the optimal value.
The automatic gauging tools positioning system allows removal cone set-up operations to be performed in a matter of minutes. During start-up, the combined action of the precision lasers makes it possible to read the position of each grinding wheel automatically, thereby creating a balanced removal cone resulting in longer tool life.
Ghibli's evolved software makes it possible to manage all the machining parameters and generate customised recipes to reduce line set-up times. Ghibli can also be supplied with the patented new Iuppiter control system, capable of correcting the positions of the single gauging spindles automatically, optimising material removal and grinding wheel wear.
- / 01High speed spindles (4,900 rpm)
The tool setting laser makes it possible to establish the degree of wear of the single grinding wheels. Since the laser is installed on all the machine benches, it can be enabled at each size change or at each work cycle start, to carry out a global grinding wheels check concerning the degree of wear and to set the correct removal cone automatically, with significant savings in machine set-up time./ 02Automatic tool setting laser
The lower conveyor belts are driven by brushless motors operating in master mode, while the upper presser carriage belts are driven by asynchronous motors operating in slave mode. The drive units are interconnected on a gantry axis, which makes it possible to correct the speed of the individual belts instantaneously and continuously, aligning the speeds and extending the working life./ 03Belts always synchronised
The use of anti-wear low friction coefficient sliding surfaces made it possible to eliminate the use of talc and simultaneously reduce wear of the belts, with consequent reductions in maintenance times and costs./ 04New belts sliding system
The brushless motors installed on each spindle allow automatic adjustment with high precision positioning resulting in significant savings in the time required by the operator to position the grinding wheels./ 05Spindles automatic adjustment
Electronic system with AI software capable of automatically adjusting the spindles position, also during a work cycle, without having to empty the machine. It follows that apart from continuous balancing of the removal cone, the maximum tool removal capacity is assured, plus tool life optimisation./ 06Iuppiter technology (optional)