Machining center

MORBIDELLI X5

Year of construction: 2006, condition: ready for operation (used), Main Drive Number of axis 5 This 5-axis MORBIDELLI Author X5 was manufactured in 2006. It features a machining area of 4400x1300 mm, with programmable speeds up to 40 m/min in the X-axis, 45 m/min in the Y-axis, and 22.5 m/min in the Z-axis. It includes a 6-station tool changer, rear tool magazine with 24 positions, and a vacuum pump of 250 CBM/H. Consider the opportunity to buy this MORBIDELLI Author X5 CNC Wood Machining Centre. Contact us for more information about this machine. Gbodjxu Rw Topfx Ahvsw Application Types CNC Wood Machining

Condition: used, Year of construction: 2011, X-Y working area: 4,422 x 1,753 mm X-Y travel: 4,955 x 1,918 mm Z-axis travel: Z = 400 mm 5-axis MORBIDELLI milling spindle C-axis rotation: 650° B-axis tilt: 290° (-10°) Power: 11 kW at 20,000 rpm, adjustable via inverter Liquid cooling HSK 63F interface Chip conveyor Automatic CNC central lubrication RAPID 24 tool changer (24 tool positions) Drill head extension with 30 + 6 spindles 8 positioning aids 2 cross lasers Vacuum pump 250 m³/h PC control with Windows Office Weight approx. 5,000 kg Gbsdpfxew Sy R Ej Ahvsw Storage location: Customer

Condition: used, Year of construction: 2020, CNC-CONTROLLED MACHINING CENTER WITH MULTIFUNCTIONAL TABLE - WORK CELL VERSIONX400 CELLDrilling and milling made for you!The numerically controlled machining center is equipped with a wide range of milling/drilling tools to meet every need in the processing of wood and similar materials.- More powerful, with drilling spindles with 8,000 rpm and . Technology, the toughest spindle available on the market, with over 1,000 maintenance-free hours of use. Better and more comprehensively equipped, with various configuration options thanks to the multifunctional table to optimally equip the machine according to your needs. Easier and more understandable programming thanks to the integrated MAESTRO CNC CAD-CAM module. Easier to use: the work table is accessible at all times, the electrical cabinet and vacuum pump are integrated, and in the PRO SPACE configuration there are no guards. Supporting structure. The supporting structure consists of a particularly strong monolithic steel base, heavily ribbed and very rigid. The particularly wide support was specifically designed to give the machine stability, ensuring consistent precision regardless of the working conditions and eliminating the need to anchor the machine to the floor. The base forms a large and solid support for the mobile column: the work unit is thus equipped with a balanced, stable, and durable support that can withstand the most extreme stresses, ensuring higher quality performance and greater precision. The mobile gantry consists of a single, solid unit anchored to the base on both sides and slides on pyrotechnic guides with top-quality ball-return slides. The dual motorization along the X-axis ensures top performance even under demanding working conditions. The movement of the lower moving unit (X-axis) and the working unit along the rod of the moving unit (Y-axis) is achieved thanks to a rack/pinion transmission with helical teeth. this creates a greater tooth-to-tooth thrust which achieves greater acceleration and greater speed along the X and Y axes. The specially designed helical gearing ensures less wear on the mechanical components and less noise. The vertical Z axis is driven by a screw with ball return which ensures perfect balance with dynamic loading and strong acceleration and deceleration. The main milling unit is directly coupled to the Z axis carriage and ensures absolute quality of finishes as any vibrations are completely eliminated. Translation along the X-Y-Z axes is carried out by brushless motors driven by static inverters; These ensure: - Reduced processing times thanks to improved acceleration - Better positioning accuracy thanks to the high-resolution encoder - Zeroing of setup operations when switching on the machine thanks to absolute encoders - Zeroing of general maintenance operations since there are no brushes with the "brushless" system The management of the axis displacement and, in general, of the machine's working elements is carried out by an industrial NS module with digital D Gbedpfxsvvi N Ie Ahvsw