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InventorCAM is a new generation CAD / CAM system developed by Israeli firm SolidCAM Ltd (Official distributor in Russia - Consistent Software). This system is a complete solution for automation of metalworking production. With the use of a wide range of strategies offered by InventorCAM for turning, milling, turning-milling and electro-erosion machining, a technologist can quickly prepare the necessary set of control programs for machining a product.
Support for 64bit calculations due to the availability of a special version for SW 64bit
InventorCAM provides high efficiency and accuracy of 2.5-axis milling of parts. Different processing strategies for elements such as contour, sampling (with islands) and groove, as well as various types of hole machining are supported: drilling, reaming, threading, etc. The system has a wide range of possibilities for 2.5-coordinate processing of analytical surfaces.
InventorCAM provides a wide range of tools that can be effectively used to handle products with complex geometries (stamps, molds) and prismatic parts. As a geometry for 3-axis machining a three-dimensional surface or solid model is used. The system supports various types of roughing and finishing strategies, such as raster processing with a specified or automatically determined angle of the raster, equidistant processing, projection processing, processing on waterlines, etc.
In addition to the already listed features of 2.5- and 3-axis machining, InventorCAM offers tools for identifying and modifying sites that were not processed in previous transitions. It is possible to create a database of standard technological processes. Once created, this parameterized technological process can be repeatedly used in the future, which significantly reduces the time of preparation of production, increases the reliability of the developed programs, unifies the style of technological development, guarantees the use of only optimal processing technologies and ensures the production independence from the human factor. The absence of cuttings is guaranteed by the presence of means of control and visualization of machining.
InventorCAM offers various means of creating control programs for multi-axis machining at 4- and 5-axis machining centers. The model is installed in the user defined processing plane, after which the system automatically calculates all the necessary displacement and rotation parameters for the workpiece zero. As a result, the preparatory-final transition time is significantly reduced and the accuracy of processing is increased.
Turning and turning-milling processing
InventorCAM has a wide range of functions for automating the creation of control programs for turning and turning and milling. InventorCAM supports various types of tools, which allows you to effectively produce longitudinal turning, trimming, grooving, etc. In addition, InventorCAM allows you to automatically produce roughing and finishing of complex contours. Support for the rotating tool allows you to perform milling and drilling transitions at machining centers.
The InventorCAM set of strategies for wire EDM allows the processing of external and internal contours with a constant and variable angle of inclination. There is a possibility of 4-axis machining. A special algorithm prevents the falling of the processed material. InventorCAM provides the user with the means to control the physical processing parameters along the entire path of the wire.
ATTENTION! Users of Delcam PowerMILL 2015-2016 under Multikey key emulator!
Version Multikey Emulator 18.1.0 64-bit in this release is NOT compatible with Delcam PowerMILL 2015-2016!
The solution for installing both SolidCAM and PowerMILL on the same computer under Multikey is in the distribution of PowerMILL 2016-but the version of the emulator laid out there assumes the mandatory loading of Windows into the test mode, which is not required with the version of the emulator from this distribution.
Prerequisites: Autodesk Inventor 2018 (and below) 64bit only
-Updated Stock -> Disable Automatic calculation by default:Implemented
-Profile Operation -> Variable Levels -> issue with associativity and depth levels changing Fixed
-HSR operation -> Update Material Boundary Fixed
-System is crashing on closing Tooltable Fixed
-Turning -> VMID -> issue with 'Compensation By Zero' Fixed
-Gcode -> Custom Plane and 4x transform - get wrong plane angle in @fourth_axis Fixed
-Gcode -> new variable in trace tool_tag Implemented
-Gcode -> get Tool Direction in station Implemented
-Gcode -> add name of setup to trace Implemented
-Gcode -> fixture_z_min/ fixture_z_max values are not updated if the part is shifted in the Setup
-Template -> Drag & Drop to face does not create home position properly Fixed
-MachSim -> Avoid unneeded collision report for two synchronized operations Fixed
-Simulation -> SV -> wrong representation STL Holder Fixed
-System crashes while changing machine, backup and continue Fixed