Quartzite Single Disc Cutting Machine in Spain

Cross cutting machine with single blade, swivel table and tilting bridge H45R. Ref 8802
Cross cutting machine with single blade, swivel table and tilting bridge
Simple and precise to cut in miter and / or false square to cut marble, granite, quartz, porcelain and solid surfaces.
The tilting head allows the blade to cut from 0º to +45 to make miter cuts easily, quickly and accurately.
The work bench is rotatable from + 45º to -45º to cut false square.
The machine is built with a monoblock structure, it does not need a foundation. It is also equipped with a basin that collects the residual water.
The workbench is made up of a series of plastic rollers (not motorized) installed on supports parallel to each other, which maintain the horizontal plane and rotate the degrees set by the operator on the display, with respect to the direction of advance of the disc. cut.
The workbench is equipped with a pneumatic clamping system that locks the material against the feed guide when cutting the diamond blade.
The head carrier bridge moves from 0º to + 45º from the vertical position. The rotation movement is mechanical and controlled from the display.
On this bridge composed of chrome bars, protected and with self-lubricating bushings, the cutting head moves.
In the upper part of the bridge is the control panel, with the functions of forward, backward, emergency stop, spindle forward speed, degrees of rotation of the workbench, to allow easy operation of the machine according to the safety rules.
The cutting head is equipped with an electric motor that transmits through V-belts and in a position where it is protected from water. The head is built in a way that prevents dirt from entering when working.
The cutting unit is equipped with a valve for cooling the blade.
The electrical system is installed in an electrical panel on the machine, on one side. The frequency variator is installed in this box to adjust the cutting head advance speed. Also installed are the display of the degrees of rotation of the bench and display of the degrees of inclination of the head.
The header is built to do the following movements:
Head disc cutting movement
Advance of the cutting head carriage by means of a gear motor
Rotating movement of the workbench by button
Bridge tilt movement via button
Locking by means of pneumatic cylinders to the two mobile jaws.
Technical characteristics:
Cutting heads: 1
Worktop height: 875mm 8up to 925mm)
Maximum useful cutting width with the bench at 0º: 850mm
Maximum useful cutting width with the bench at + 45º or -45º: 610mm
Maximum thickness: 75mm (bridge at 0º) 50mm (bridge at +45)
Idler Roller Workbench Length: 2,850mm
Maximum disc diameter: 400mm (hole 50mm)
Bank rotation: all degrees are shown on the display from 0º to +45 or 45º
Rotation of the head carrier bridge: All degrees are shown on the display from 0º to + 45º
Disc motor power: 7.5Kw

H600-CP / H600-L Single Blade Automatic Step Cross Cutting Machine
Cross cutting machine with single blade, transport belt and automatic multiple pass.
H600-CP cross cutting machine allows multiple pass cutting of hard and thick material up to 100mm(or up to 200mm in the H600-L version), guaranteeing at the same time the possibility of single pas cutting.

Automatic cross cutting with one disc HSA-1
Automatic cross cutting HSA is a cutter to improve the optimization and use of marble, granite, porcelain and sintered stone.
Cuts different width measurements in a single pass with precision and productivity.
Strong and robust structure to support and move heavy parts
Motorized rubber belt to move the pieces to be cut, with 2 speeds of forward. A fast one to reach the desired measure and another slow one to position the material to the exact measure.
Pneumatic clamps to fix the part during cutting
Belt motor head that allows the disc revolutions to be varied according to the material to be cut.
Manual height adjustment that allows adjusting the cutting depth of the blade on the belt
Inverter that regulates the cutting advance speed of the head. In the final stage of cutting, the feed is automatically reduced to eliminate breaks in the material.
It is completed with a rapid return of the head reducing machining times.
The machine is equipped with a PLC that controls the different processing phases.
By means of a touch screen the operator can regulate and control the work cycles
Cut to size via joystick display
The operator takes the material close to the disc to make the first cut, and performs the recognition of the measurement using the joystick. In this way the measure is entered into the machine. You can enter different lengths.
Sequential automatic cut to size
The operator can enter a measurement on the screen (maximum 6)
set one of the following sequences
cutting sequences of different sizes
cutting sequence of a single repeating quota or multiple repeating dimensions
Cutting sequences can be combined with different material widths, creating a useful database for the operator.

Single disc cutter to perform simple and easy cutting jobs, on slabs, steps, baseboards or curbs, in marble, granite, quartz or porcelain.
The surface that supports the piece to be cut is composed of idle nylon rollers to move the material easily. Mechanical stops always keep the piece tailored and aligned to obtain a square cut with precision.
Equipped with a motor that transmits to the shaft by belts. In this way, the revolutions of the disc can be varied, depending on the material to be cut.
It automatically reduces the feedrate of the head in the terminal phase of the cut to avoid material breakage. Making the return of the head quickly and automatically reducing cutting times.

Single disc cutter to perform simple and easy cutting jobs, on slabs, steps, baseboards or curbs, in marble, granite, quartz or porcelain.
The surface that supports the piece to be cut is composed of idle nylon rollers to move the material easily. Mechanical stops always keep the piece tailored and aligned to obtain a square cut with precision.
Equipped with a motor that transmits to the shaft by belts. In this way, the revolutions of the disc can be varied, depending on the material to be cut.
It automatically reduces the feedrate of the head in the terminal phase of the cut to avoid material breakage. Making the return of the head quickly and automatically reducing cutting times.