Professional numerical control for automatic machines.

XMC 4.0 is a latest generation motion controller expressly designed to drive CNC machines up to 5 interpolated axes. Thanks to the hardware with high computing capacity integrated processor and a simple and intuitive HMI for Windows® environment, with XMC 4.0 it will be possible to configure and drive multiple types of machines including:

∙ CNC Milling Machines
∙ CNC Eyewear Milling Machines
∙ CNC Plasma Cutting Machines
∙ CNC Blade Cutting Machines
∙ CNC Hot Wire Cutting Machines
∙ CNC Laser Cutting Machines
∙ CNC Abrasive Wire Cutting Machines

XMC 4.0 – HMI for Windows® SO

XMC 4.0 – HMI for Windows® SO

XMC 4.0 HMI is a simple and intuitive operator interface that allows you to have under control at any time all the controls necessary for driving the machine. It will be possible to analyze the project from the 2D preview and directly start the work when everything is ready. With the addition of the Analytics 4.0 plugin it will be possible to monitor and process all data updated in real time, related to productivity and processing status.

  • Display machine coordinates and part coordinates
  • Shifts in a separate jog for each axis and ongoing leaps
  • Intuitive and powerful ISO editor with MDI Management
  • Display 2D and 3D graphics of the ISO file with processing times estimated
  • With manual loading and automatic tool selection
  • Start, stop, pause and restart as a row or correct Lock
  • Full diagnostics with I / O alarm display
  • Managing car parks and multiple origins
  • Overfeed spindle 0/100% overfeed and axes 0/120%
  • Presetting management for automatic tool length measurement
  • Probe management for acquiring the Gxx
  • B rotary axis management with continuous and helical interpolation
  • Keypad management in jog movement (RM-KeypadLC)
  • Keypad electronic handwheel management (RM-KeypadTX)
  • Change management features automatic tool
  • Management and control of metering systems with dedicated functions
  • Management and control blade tangential cutting systems with dedicated functions
  • Display machine and part coordinates
  • Shifts in a separate jog for each axis and ongoing leaps
  • Intuitive and powerful ISO editor with MDI Management
  • Display 2D and 3D graphics of the ISO file with processing times estimated
  • With manual loading and automatic tool selection
  • Start, stop, pause and restart as a row or correct Lock
  • Full diagnostics with I / O alarm display
  • Managing car parks and multiple origins
  • Overfeed spindle 0/100% overfeed and axes 0/120%
  • Presetting management for automatic tool length measurement
  • Probe management for acquiring the Gxx
  • B rotary axis management with continuous and helical interpolation
  • Keypad management in jog movement (RM-KeypadLC)
  • Keypad electronic handwheel management (RM-KeypadTX)
  • Change management features automatic tool
  • Management and control of metering systems with dedicated functions
  • Management and control blade tangential cutting systems with dedicated functions

XMC 4.0 – Hardware solutions

INDUSTRY 4.0 SOLUTIONS
[HMI + CNC + PLC + FIELDBUS]

XMC 4.0 – Hardware solutions

INDUSTRY 4.0 SOLUTIONS - [HMI + CNC + PLC + FIELDBUS]

At the base of the XMC 4.0 hardware there is a powerful axis control with integrated PLC based on a high performance RISC processor at 264 Mhz interfaced to non-volatile RAM at high speed. The motion control section, which manages up to 5 interpolated axes, is able to execute trajectories obtaining high movement performances. The calculation power of this axis control makes it suitable for the management of complex machines for all sectors of industrial automation. The cyclical PLC section and the sequential CNC section combined with the rich and powerful set of instructions, allow to develop extremely flexible applications updated to the current concepts of Industry 4.0. It is possible to connect a large number of I / O by adding I / O expansions in Ethercat and CanOpen, as well as managing other automation devices that meet CiA 402 specifications (drives) and CiA 406 (various encoders and transducers). The connectivity also allows the management of drives (as well as with the classic frequency) also via the CANopen, EtherCAT and Mechatrolink-II field buses.

SOLUTION 1 - EVOLUTION HARDWARE CONTROLLER

SOLUTION 1 - EVOLUTION HARDWARE CONTROLLER

XMC 4.0 Evolution – The purchase configuration includes the “XMC 4.0 HMI” license in addition to the “Evolution” hardware box.
Contact our technical service or download the data sheet for more information on the architecture and potential of this solution.

SOLUTION 2 - STEPLESS HARDWARE CONTROLLER

SOLUTION 2 - STEPLESS HARDWARE CONTROLLER

XMC 4.0 Stepless – The purchase configuration includes the “XMC 4.0 HMI” license in addition to the “Stepless” hardware box. Contact our technical service or download the data sheet for more information on the architecture and potential of this solution.

SOLUTION 3 - CUSTOMIZED HARDWARE CONTROLLER

SOLUTION 3 - CUSTOMIZED HARDWARE CONTROLLER

XMC 4.0 Power D – On request we provide the possibility to develop customized solutions based on customer needs.
XMC 4.0 Power D is the most powerful Axis Control with integrated PLC and HMI based on a high performance 264 Mhz RISC processor interfaced with high speed non-volatile RAM and high parallelism. The Motion Control section, which manages up to 24 interpolated axes, uses the Look Ahead function to perform the pre-processing of the trajectories of the axes, allowing to obtain high performance. The computing power of this axis control that integrates the PLC and the Operator Panel, makes it suitable for the management of complex machines such as transfert processing centers with simultaneous processing up to 6 independent executive channels, following the Robotics and all the various sectors of Industrial Automation where high performance and precision are required in order to make certain the feasibility of application. The PLC cyclic and sequential CNC section, thanks to the rich and powerful set of instructions, allow to develop flexible automation applications suitable for the most disparate sectors. It is possible to connect a maximum of 213 I / O in the control itself, it is possible to add I / O expansions in Ethercat and CanOpen, as well as manage other automation devices complying with the CiA 402 specifications (drives) and CiA 406 (various encoders and transducers) . The Connectivity provided by this powerful Control allows the management of drives via the CANopen, EtherCAT (with CoE profile – CANopen over EtherCAT) and Mechatrolink-II fieldbuses. The usual interfacing techniques in wired logic can also be used, even in a promiscuous manner, using the +/- 10V, Step / Direction, PWM / Direction analogue signals. The axis position feedback can come from the trajectory generator inside the servodrive or from incremental and absolute encoders. Programming is carried out using a single Development Tool for PC that allows the creation of the Motion Control, PLC and HMI sections. A further online Debug Tool is available that allows you to check the value of each variable, each machine status, message, insert break points, check the logic status of the PLC branches and the sequential program states as well as the oscilloscope function to monitor the Aces. The XMC 4.0 Power D control is equipped with a text editor integrated in the operating system (IDE) that allows its programming in the field even without the aid of a PC.

Sectors and Application Machines: Metal, Wood, Stone, Textile, Printing, Food, Robotics, Packaging, Kinematic Axis Robot Delta, Parallel Axis Kinematics Delta Robot, Scara Robot, Cartesian Robot, Anthropomorphic Robot, Palletisers, Packaging Flow Pack , CNC Machining Centers, Lathes, Wood Drilling Machines, Printing Machines, Pantographs, Plasma Cutting Machines, Laser Cutting Machines, Waterjet Cutting Machines, Tangent Cutting Machines for Fabric, Milling up to 5 Axes, Machines for Sheet Metal Processing, Bridge Milling Machines, Industrial Sewing Machines, Special Machines.

The design project

The design project

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CAD

Computer-Aided Design CAD is the use of computers to facilitate the creation, modification, analysis or optimization of a design. CAD software is used to increase designer productivity, improve design quality, improve communications through documentation and create a production database.

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CAM

Computer-Aided Manufacturing, this expression indicates a category of software products that analyze a virtual, 2D or 3D geometric model, to generate the instructions necessary for a computerized numerical control (CNC) machine tool to follow a “tool path” defined by these instructions.

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CNC

CNC means Computer Numerical Control. This means that a computer converts the design produced by the Computer Aided Design (CAD) software into numbers. The numbers can be considered the coordinates of a graph and control the movement of the spindle.

CAD

Computer-Aided Design CAD is the use of computers to facilitate the creation, modification, analysis or optimization of a design. CAD software is used to increase designer productivity, improve design quality, improve communications through documentation and create a production database.

CAM

Computer-Aided Manufacturing, this expression indicates a category of software products that analyze a virtual, 2D or 3D geometric model, to generate the instructions necessary for a computerized numerical control (CNC) machine tool to follow a “tool path” defined by these instructions.

CNC

CNC means Computer Numerical Control. This means that a computer converts the design produced by the Computer Aided Design (CAD) software into numbers. The numbers can be considered the coordinates of a graph and control the movement of the spindle.

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