SMART-CUT S/NC 550 is a CNC cutting and profiling machining centre. It is equipped with a rotating head and fixed worktable and is designed to accomplish multiple machining operations which would otherwise require several different machines or other time consuming manual interventions requiring multiple movements of the material.
The S/NC 550B, which is the next model up in the range, comes supplied with a motorized conveyor belt which allows loading and unloading of the pieces to happen outside of the machining envelope, to minimize non cutting time and maximize throughput.
The SNC 550’s capabilities include: slab cutting, block profiling, recess machining, engraving, drilling and more, using a diamond disc, core drill, or specialty bit.
In a typical configuration, the bench can be supplied with a hydraulic tilting top for ease of loading and unloading the machine.
In a typical configuration, the bench can be supplied with a hydraulic tilting top for ease of loading and unloading the machine.
Easy, quick, user-friendly and wizard guided programming.
SMART-CUT S/NC 550 is supplied with our purposely designed BretonSmartCam software - SAW version - developed for managing cutting disc and core drill.
Programming is easy, quick, user-friendly and complete with wizard guide. This software is perfectly compatible with the Windows environment and is developed to facilitate programming and learning.
The BretonSmartCam is installed at the operator console and can also be installed on a remote PC. This software uses parametric macros, manages and controls machining tools, optimizes machining cycles and manages production data and statistics. Whilst the machine is running a program, the operator can proceed with preparing the next production program.
• cutting of slabs with saw blade,
• profiling, scabbling and trimming of small blocks with saw blade,
• outer/inner shaping of small blocks with saw blade,
• 3D engraving of Windows "True Type" fonts on flat surfaces only,
• drilling.
It is provided with a 2D CAD that allows:
• to realize any possible 2D drawing with relevant dimensions
• to define the 3D volume of work of the piece
• to define any plane within the generated 3D volume of work
• to manage the 2D drawing realized on the selected working plane, no matter how it is oriented in the space
• to import drawings in .DXF and .DWG format from external CAD or template sensors
• to place the pieces to be realized directly on the slab to be machined, so as to utilize its surface at most.
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