Double waterjet with automatic nozzle adjustment.
Combined saw and waterjet cutting centre
The possibility of combining saw and waterjet cutting, together with tools such as vacuum cups, camera on the bridge, the Label Pro printer and tilting table, make the Trinity the most advanced cutting center for the creation of kitchen worktops, vanity tops and claddings.
- 1Ideal for ceramic materials
- 2Allows you to work in three modes
- 3Significant savings
- 4Perfect positionings
- 5Revolutionizing cutting strategies
The revolution in ceramic slab cutting
Breton Trinity is more than a machine; it is a process, a technology designed specifically for processing ceramic materials, but it also adapts brilliantly to other products.
Trinity's strength is that it allows simultaneous saw and double waterjet cutting or waterjet-only cutting without the need to move the slab and, depending on the operation it has to perform, it chooses the best technology in terms of efficiency. Therefore, when possible, Trinity will opt for the more economical saw+waterjet cutting, while switching to pure waterjet technology in all other cases. This will minimize waste and get the job done in less time, and consequently, at the lowest cost. Trinity was designed to meet two main needs:
1. operate with the slabs placed directly on the metal grid, without interposing the sacrificial support, thus avoiding the costs and downtime associated with periodic replacement of the support;
2. cutting ceramic slabs, as well as other stone materials, with high feed rates and low operating costs while avoiding chipping and cracking.
This machine represents the perfect fusion of two technologies, combining the maximum removal capacity of the saw with the cutting smoothness of the double waterjet nozzle.
The saw removes the material without risk of breakage, ensuring the integrity of the plate thanks to a solid plinth at the base. Afterwards, the dual waterjet nozzle intervenes with precision, removing the remaining part quickly and without stressing the material.
Inclined planes can also be created without having to mill the surface of the workpiece, but only by exploiting the variable inclination waterjet cutting with continuous probing by the Miterwave Touch.
Important advantages for increased productivity also come from the vacuum cups on the spindle, which allow workpieces to be moved in order to use saw cutting.
In addition, the installation of the Rocket Tool system, an additional electrospindle that can reach up to 14,000 rpm on which finger bits or drill tools can be mounted, can perform through or blind bores, milling and rebating.
Trinity increases production capacity by almost three times compared to waterjet and reduces slab breakage to almost zero, benefiting both the processor and the raw material producer.
- / 01Head with saw + two nozzles
Workbench that does not require a rubber cover as the saw, pre-cutting the material, never rests on the work surface, thus reducing wear costs./ 02Does not require a rubber top cover
Inclined planes can also be created without milling the surface of the workpiece, but only by using the variable inclination waterjet cutting with continuous probing by the Miterwave Touch./ 03MiterWave Touch
Spindle-mounted vacuum cups for handling the cut parts to minimize waste./ 04Vacuum cups
The machine can be equipped with the high speed Rocket Tool spindle accessory, which makes it possible to perform milling operations with end cutters or finger bits./ 05Optional Rocket Tool spindle
Breton patent. The machine is intrinsically more accurate when joining dual technology cuts: the saw cut is in line with the waterjet cut because their coordinates are defined by the same positioning operation./ 06Waterjet nozzle on the same axis as the saw
Tilting workbench almost flush to the floor./ 07Tilting table
Labelling of finished parts before cutting aids traceability of parts throughout the entire production chain./ 08Optional Label PRO printer
Garnet flow sensor to prevent possible damage to the slab./ 09Garnet Sensor
The whole monobloc structure is machined from a single piece and then hot-dip galvanised./ 10Monobloc structure
The Breton Vein Matching software programmes the cut by matching different slabs and matching the veins easily./ 11Breton Vein Matching
OSOB digital camera installed on the beam, perfectly perpendicular to the bench for high quality images./ 12OSOB digital camera
Other versions of Breton Trinity
Version comparative table
|Breton Trinity platform exchange