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GibbsCAM is a system for automated preparation of programs for CNC machine tools, combining ease of use and functional strength. The basic functionality of the system can be expanded by the addition of specialized modules. Intuitive user interface provides easy access to the functions of geometry management tool paths, verification and postrpotsessirovaniem. Flexible programming techniques allow you to quickly create the optimum treatment program. The smooth processing can be saved and used again, using the knowledge base. Modeling functions to help prepare the geometry for the needs of processing through the creation of frame, surface and solid geometry. Built-in simulation of material removal accurately reflects the whole process of treatment, showing a time change of the geometry of the workpiece, and all possible conflicts. The result of calculation can be compared with the original geometry of the model, revealing the remnants of the material or badly. Full associativity between geometry, process parameters and trajectories can quickly modify the model and the processing parameters and automatically receive the corrected trajectory. The system is certified for use with Windows 7, Windows Vista (SP1 or SP2), Windows XP (SP2 or SP3), Windows Server 2008 or 2003.

System requirements:

* CPU: Intel Pentium 4 or newer. Including CPUs: Celeron (at least 1.7Ghz), Xeon, Pentium M, Core, Core 2, and Core i5/i7. AMD Athlon 64 or later. Including processors: Sempron 64, Turion 64, Phenom.

* RAM 1 GB or more

* VideoCard 128 MB or more

* At least 500 MB of free disk space for software

Supports the following types of machines:

* Milling with simultaneous control of 2 - 5 axes;

* CNC single-and double-spindle, with at least some number of slides, with a programmable servo-mechanism (tailstocks, lunettes, catcher details);

* Turning and Milling single-and double-spindle, with at least some number of slides, with a programmable servo-mechanism, with simultaneous control of 2 - 5 axis milling;

* Multitasking turning and milling machines with multi-channel management without limiting the number of control channels, including the automatic longitudinal turning (the so-called swiss-type machines);

* Erosion of the two-and chetyrehosevye.

Milling

* Stripping the plane of the billet;

* Rough and contour 2-axis machining of prismatic components;

* Rough 3-axis machining;

* Finish 3 -, 4 - and 5-axis machining using a dozen different schemes of the tool;

* Multipass 4 - and 5-axis machining;

* Drilling material for roughing;

* left the drilling, sealing washer, boring, deployment of holes;

* Cutting taps;

* Thread-;

* Engraving on the plane and the surface;

* Processing of 3-axis machines with one rotational axis;

* Implementation of programmable measurement machine tools;

* Use restrictions on the depth of processing, as well as the exclusion zone Asked processing or restrictions;

* All is not selected for processing faces are monitoring the faces, which can not kill;

* When processing assembly automatically costs the whole outfit.

The following types of tools:

* End milling;

* End mills with rounded edges and not rounded, ball end mills, tapered and straight;

* Formed cutters (radius, "dovetail", fungal, ball);

* Formed cutters, whose contours are drawn by the programmer;

* Tools processing holes - the alignment, drill bits, countersinks, reamers, boring;

* Taps;

* Single and multiple thread cutters;

* Standard and drawn by the programmer mandrel.

Turning

* Treatment of anterior and posterior ends;

* Roughing and contouring the outer and inner contours;

* Rough and contour boring internal circuits;

* Roughing and contouring the outer and inner grooves;

* Cut operations;

* left the drilling, sealing washer, boring, deployment of holes;

* Cutting taps;

* Turning the outer and inner threads;

* The transfer of parts of the spindle in the spindle without limiting the number of such transfers;

* Use any number of slides;

* Management tailstock, lunettes, catcher parts supply systems blanks;

* Consideration of ammunition, including different for different spindles.

The following types of tools:

* A tool with a diamond-shaped plates, rectangular, square, round, hexagonal, triangular, threaded;

* Cutters with shaped plates, whose contours are drawn in by the programmer;

* Tools processing holes - the alignment, drill bits, countersinks, reamers, boring;

* Taps.

Additionally there is the possibility of the following milling operations:

* Treatment with the correct orientation of components relative to the axis C;

* Treatment with continuous rotation of the workpiece axis C;

* "Winding" flat processing, including the engraving on the cylinder;

* Use different types of interpolation for milling.

Additionally there is the possibility of the following service operations:

* Synchronization of operations carried out simultaneously at their beginning or end with the possibility of standby instruments to each other near the part or the disqualification of her opposite synchronized at the end or the beginning of the operation;

* Progressive synchronization simultaneously in one part of turning operations with a clear indication of the magnitude of mutual translation tools along parts;

* Automatically checks for various kinds of synchronization errors, such as an attempt to simultaneously run on one piece of turning and milling operations, or use one tool for processing two different parts simultaneously;

* Automatic adjustment of the cutting performed simultaneously on the same parts turning operations.

EDM

* 2-axis machining closed and open circuits;

* 2-axis machining of contours with a bias;

* Treatment with the creation of jumpers and without them;

* Full burning material inside the contour;

* Creating a single operation of vertical and inclined parts of matrices blanking dies;

* 4-axis machining closed and open circuits;

* Manage supply and drainage, cutting conditions;

* Allow the machine to the limit allowable angles of wire;

* Allow configuration of cutting technology.

Treatment of surface and solid model

Creating a hybrid surface and solid models of parts and tools. Correction of imported geometry with special functions for adjusting the surfaces of solid models. Removing unnecessary in terms of processing surfaces with the possibility of splitting the body on the surface. Interactive selection of elements allows you to quickly identify areas of processing, technology and automatic selection of elements accelerates the processing of holes.

3-axis machining and DCG

Complementing the basic features Milling functions create and manipulate the surface and solid geometry. A wide range of 3-axis parts, including the actual details of products for all industries, the matrix of molds, inserts, electrodes, plates and so on. The use of multiple treatment processes to multiple facets of a single operation with automatic bypass devices. Create a free desperately in 3-axis trajectories of model details with the possibility of processing units and pockets, finishing parallel passes and erasures joints surfaces. Supports NURBS-interpolation for high-speed processing. It also supports the "smooth" approximation of NURBS-geometry polylines and arcs. The complete range of BCD elements, including management approaches and taps, high scallop processing, smooth transitions, rounding the corners.

4 and 5-axis machining

Creating a 4-axis trajectories "wrapped" simple processing on the cylinder, or directly on the model details. The axis of the tool can look at the axis of the details or to shift the management of its angle of inclination. For the most complex cases, treatment is a function of simultaneous 5-axis machining with the total exclusion of conflict of material with the tool and the patron and support of all types of tools (end mills, rounded, spherical, tapered, ball).

Multifunction Machines

Creation of optimal programs for multi-functional machines with multiple slides or groups of tools and spindles. Graphic thread synchronization tasks and simple synchronization of operations for several groups of instruments. Programming spindle, tool traps, rear attendants and other controlled mechanisms. Supports automatic longitudinal turning (Swiss-type). Available postprocessors guarantee a perfect program.

Simulation of the machine

Check complex movements of the tool on a machine model to make sure that the tool does not conflict with devices of machine and the workpiece, before the completion of the program in the shop allows you to avoid costly mistakes.

Communicating with CAD-systems

Reading data from all common CAD-systems with a rich set of configuration exchange process. Supported file formats DXF / DWG, ACIS SAT, Parasolid, VDA-FS, STEP AP203 and 214, as well as direct reading of files, Autodesk Inventor, CATIA V4 and V5, KeyCreator, Pro / ENGINEER Wildfire, Rhinoceros, Solid Edge, SolidWorks. There are added to the system, Mechanical Desktop, Inventor, KeyCreator, Rhinoceros, Solid Edge and SolidWorks for the direct transfer model in GibbsCAM.

Postprocessor

Create your own post-processor based on the model supplied templates. To the maximum levels of complexity and optimization can select post-processor that works on the ideology of "what I see, then, and treated" (WYSIWYM - "what-you-see-is-what-you-machine") from a library containing more than 7000 designed for different combinations of machine / stand postprocessors. Library postprocessors can be further refined in the light of any specific requirements. To use the old systems of post-processing is the output format APT (or CL-data).

Programming at the machine

The system of Gibbs SFP (from the Shop Floor Programming - Programming the machine tool), designed for use in control stands, based on personal computers. Graphical user interface offers an efficient basic features of programming directly on the rack machine for the rapid creation and modification programs. Gibbs SFP is fully compatible with all modules GibbsCAM, which provides data transmission of any difficulty between the shop and programming department.

Gibbs SFP chosen by many leading manufacturers of machines and racks, which makes the company Gibbs and Associates a leading provider of craft programming systems.

Extensions of third-party and custom

Functional GibbsCAM can be expanded using a simple macro programming. You can also use the development of third-party companies to support additional features, such as stanochnoorientirovannoe programming, performance measurement, work with equipment Renishaw.

Year: 2010

Version: 9.5.1

Developer: Gibbs & Associates

Bit: x32/x64

Compatibility with Vista: complete

Compatible with Windows 7: full

Language: Multilingual

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