CNC solutions For milling machines
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•Integrated hardware and software solution •Ready-to-use HMI •Simple and fast integrat

Milling with Laser cutting Waterjet cutting Inovance offers a perfectly suited solution of hardware and software for all kinds of milling and routing machines. All relevant milling functions Plasma/ oxy fuel cutting Additive manufacturing Dental milling Inovance Technology Europe’headquarters s in Stuttgart, Germany are included - no additional options are required to run a milling machine. The Inovance solution consists of all necessary components and functions for easy machine setup: Easy-to-use HMI interface with multi-touch gestures Inovance Technology Europe is the European division of...

Software functions Software functions For milling General NC functions Block skip Linear interpolation with feed rate (G1) Optional stop – Switch optional stop to ‘on’ stop to Program repetition defined time, or on an endless loop Send messages from the NC program Call up subroutines in an NC program – Subprogram call from every NC Rapid traverse (interpolated) (G0) Path corrections (D-Corr) Length corrections (H-Corr) – Possible in one direction (128 corrections per tool) or in two directions (64 corrections per tool) Zero offset on the workpiece Homing cycles program possible Different...

Advanced functions For milling Nutator machines Polar transformation one of the turning axes is not parallel to the linear axis. cartesian coordinates. However, programming in polar coordinates There is a special type of “5-axes-transformation” nutator machines, where for is selectable as well if required. A polar machine is a machine constituted from a minimum of one Polar transformation allows programming of a polar machine with rotary axis (1st axis) and one radial axis (2nd axis). 4- and 3-axes transformation corresponds to 5-axes transformation. 4-axes transformation: 3 linear axes and...

Advanced functions CNC path optimization functions Thread cutting Symmetric jerk control Path accuracy a smooth axis movement with continuous the symmetric jerk control function, allows Thread cutting requires synchronization between the spindle’rotation and a s cutting axis (usually Z-axis). Therefore, during thread cuts, the programmed feed rate has no effect. The spindle speed controls movement and the longitudinal axis moves along with the spindle in accordance with the programmed thread pitch. As threads can be cut in several strokes if necessary, the axis will not move until the...

Automatic mode which has all standard functionalities for Select NC program for execution operating a milling machine. Select single or sequential blocks for execution Optional halt (M01) Product benefits: Block delete (/) Touch screen operation Test with or without movement Scalable screen allows viewing of a large Backward operation number of screens simultaneously Open interface for adding new parts or substituting existing components on the HMI Manual movements in automatic mode, and automatic return to last programmed position Feed/spindle override control Start at selected NC block NC...

Status bar & zoom info screen Status bar has multiple display options, View of actual active messages dependent on user preferences. Interface display for CNC-PLC interface The following options can be chosen: Active signals Actual absolute axis position Axis endpoints Axis remaining path Active G-codes Axis corrections Axis KV Editor for machine parameters Logic analyser Logout/login and change password CNC configuration info Main menu settings for hiding/unhiding QMI settings for resolution and sizing of HMI Axis direction Active compensations Actual feeds Spindle information Machine...

This new visualization renders a 3D-Scene, which shows the actual milling process performed by the CNC, including the removal of the material. So, it is possible to look at the workpiece, during the cutting process from every angle and in arbitrary scale, without the view being obstructed by dust, water or other external circumstances. PC-based architecture allows the user to switch easily to the newest CPU models and technologies. This includes the newest graphic processors, which enables rendering of the most detailed 3D-scenes in high resolutions (up to full HD) compared to our...

Tool management For milling Tool management Tool management tables The database is fully integrated in the system with accessibility from PLC, HMI, tool, the tool type, the tool holder, the tool magazine and the tool corrections. The PA9000 Milling HMI uses a PostgreSQL database for tool management. CNC and NC programs. The tool management system consists of tables about the Tool table: Information about tool type, tool holder and actual lifetime Tool model table: Information about tool type, total lifetime, lifetime warnings and information needed for visualization of the tool Tool holder...

For milling In every PA9000 CNC, Inovance provides a ready to use standard PLC program. With the PA Standard PLC, you can easily implement your own functions and peripherals. App for use of different MPGs Hardware feed override app (G0 and G1) Freely definable hardware switch for up to 64 feed override steps Hardware spindle override app PLC app library Inovance also offers a PLC app library for many of the functions and peripherals that are regularly used in milling machines. The apps are programmed for use with the standard PLC, but because of the fixed defined input/output interface of...

For milling Drilling cycles G81 Drilling to final depth G82 Spot facing with dwell time Other cycles available: G713 Circular clockwise - Circular pocket pocket counter clockwise - Mill boring circle counterclockwise - Bolt circle - Bore out with intermediate stop - Bolt grid - Deep hole with reducing peck position feedback) - Engraving letters G721 Rigid tapping left handed (only G721 Rigid tapping left handed (only possible at spindle with position feedback) feedback) Other cycles available: - Rigid tapping, right handed, self-reversing (needs special tool) - Rigid tapping, right handed...