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ORCA-4L- 4 AXIS CNC ALUMINIUM PROFILE MACHINING CENTER WITH LASER

ORCA-4L- 4 AXIS CNC ALUMINIUM PROFILE MACHINING CENTER WITH LASER
4 AXIS CNC FLOOR TYPE VERTICAL SPINDLE MACHINING CENTRE WITH LASER FEATURE

Machining center with 4 controlled axes on spindle and 4 controlled axes on clamps.

Totally 8 servo motors and 8 individual axes on the machine.
The axis slide on precision linear guideways and are driven by brushless motors.
Left and right stops are pneumatically operated.
Equipped with quick tool change spindle.
The included 10-positions tools magazine is located on the left of the basement, inside a protected area.
It can store tool holders for milling, threading, end-milling.
The clamps slide on linear guideways and can be positioned manually by referring to a mm-scale.

ORCA-4L- 4 AXIS CNC ALUMINIUM PROFILE MACHINING CENTER WITH LASER

FEATURES

ORCA-4L- 4 AXIS CNC ALUMINIUM PROFILE MACHINING CENTER WITH LASER Özellikleri

FEATURES

FEATURES

  • The axis slide on precision linear guides and are driven by motors operated with digital systems
  • The locking clamps slide on precision linear guides
  • The working table (X axis) can be divided in two areas so to get two separate working stations.
  • Using a disk cutter, it is possible to work on both sides at the end of the profile (end?milling cycle).
  • Milling operations can be performed with linear and circular interpolation of the axes X-Y-Z.
  • The hinging length stop are pneumatically managed
  • The electric-spindle is suitable for quick tool holder change; the change of the tool holder is automatically managed
  • The tool magazine is mounted on the mobile upright. The tool change can be carried out into any position belonging to the working area.
  • The tools cooling is done through a centralized system that optimizes the required minimal lubrication.
  • All guide rails and ball recirculation screws are lubricated through an automatic centralized system.
  • Pre?arranged to use a set of chips collector bins.
  • Pre-arranged for the inclusion of a motorized belt conveyor for evacuation of chips

EQUIPMENT

EQUIPMENT

  • PC desktop, operative system MS Windows, keyboard QWERTY, mouse PS/2
  • TFT-LCD 18,5” W Display
  • License MS Windows 7
  • CAM 3D Graphic software
  • No. 1 Electric spindle air cooled, ISO30, rpm 24000, kW 7,5
  • No. 1 Tools magazine (no.12 max)
  • No. 8 Locking clamps (no.12 max)
  • No. 1 Set of safety light curtain
  • No. 1 Set of perimeter fence
  • No. 2 hinging length stops, pneumatically managed

SOFTWARE

MECAD – THE NEW SOFTWARE FOR THE MANAGEMENT AND PROGRAMMING PROCESS OF MACHINES

Easy of use

  • Developed to render the approach for programming the machine tools to be the most intuitive possible, without the need to specifically know ISO language.
  • It is characterized by a human machine interface, a machine purposely studied to render the usage of software and the development of all the necessary operations in the simplest possible way.
  • All of the basic programming is already inserted as a macro, and can be applied to the various sides of the part even by means of the drag & drop function.

Advantages

  • The representation of the work piece in 3D, how to lodge it inside the machine and of the tools to be used allows to avoid errors and reduce the chances of damaging the machine.
  • At the beginning of the process, a completion time will be provided; this facilitates the planning for production.
  • MECAD 3D is compatible with main calculation and construction software programs, like Wictop, Logikal, Klaes, Opera, … (to mention the most well known).
  • It permits easy uploads of these programs, and programming of the machine with the aid of a barcode reader.

Simulator

  • With MECAD 3D it is also possible to purchase a simulator, that allows for verification of timing and production of work process without the need to actually test parts on the machine.

Automatization of production

  • The converter IGES imports external designs completed in MECADX 3D and creates in automatic the program to process the work.
  • This characteristic is in high demand in the industry sector where the designs are often submitted in CAD like Inventor, Solid Works, Solid Edge, etc.
  • With this software the work process of the machine limits the positioning of the clamped part and the selection of the work to be processed; this will be recognized by the automatic program.
  • In this phase, modifications pertaining to dimensions and type of work process can still be made, while some other selections can be excluded.
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