SolidCAM 2015 SP4 HF3 Multilang for SolidWorks 2012-2016 x86 x64 [2016, MULTILANG +RUS]
Size: 5.74 GB Type: Software
Year / Release Date: 2016
Version: 2015 SP4 HF3 build 72239
Developer: SolidCAM Ltd
Bit depth: 32bit + 64bit
Language: Multilingual (Russian present)
Chinese Simplified, Chinese Traditional, Czech, Danish, Dutch, English, French, German, Hebrew, Hungarian, Italian, Japanese, Korean, Polish, Portuguese, Russian, Spanish, Turkish
Medicine: Present (Team SolidSQUAD-SSQ)
pre SolidWorks 2012-2016 32bit \ 64bit
So as not to pump too much!
1. Download and installation of the English version of one (or more) files with the required localizations you
2. Install the English version
3. Add in the software installed directory prog folder from the archive (Archive) localization
Anyone who did not manage to deliver and run the USB-Emulator under the 64bit Vista / Win7 are invited to try MultiKey 18.2.0 Vista / Win7 64bit Emulator
SolidCAM - CAD / CAM system developed by a new generation of Israeli firm SolidCAM Ltd (official distributor in Russia - Consistent Software). This system is a complete solution for automating the production of metal. With the use of a wide range of proposed strategies SolidCAM turning, milling, turning, milling and electrical discharge machining process engineer can in a short time to prepare the necessary set of control programs for machining products.
Support for 64bit computing by having a special version for the SW 64bit
SolidCAM provides high efficiency and accuracy of the 2.5-axis milling parts. Supports different strategies for handling items such as contour, sampling (including islands) and a groove, as well as various types of hole machining: drilling, reaming, threading, etc. The system has a wide range of features 2,5-axis machining of analytic surfaces..
SolidCAM provides a wide range of tools that can be used effectively for the treatment of products with complex geometry (dies, molds) and prismatic parts. As the geometry for 3-axis machining using a three-dimensional surface or solid model. The system supports a variety of roughing and finishing strategies, such as the RIP with the specified or automatically determined by the angle of the raster processing of equidistant, projection processing, handling at the waterline, etc.
In addition to the listed capacity 2,5 and 3-axis machining, SolidCAM provides tools to identify and refine areas not treated in previous transitions. You can create a database of standard processes. Once created, a parameterized process can be reused in the future, which significantly reduces the time of preparation of production, enhances the reliability of the developed programs, unifies the style of technological development, ensures that only the best processing technology and ensures the independence of the human factor. Lack zarezany guarantee the availability of means of control and visualization of machining.
SolidCAM provides various tools for creating control multi-processing programs on the 4- and 5-axis machining centers. The model is set in a user-plane processing, after which the system automatically calculates all necessary parameters for the displacement and rotation of zero items. As a result, significantly reduces set-up time of transition and increases accuracy.
Lathes and milling
SolidCAM has lots of features to automate the creation of control programs for turning and turning and milling. SolidCAM supports various types of tool that allows you to effectively perform longitudinal turning, facing, grooving, and others. In addition, SolidCAM automatically perform roughing and finishing of complex contours. Support rotating tool allows you to perform milling and drilling transitions to processing centers.
Electrical discharge machining
The proposed set of SolidCAM Wire EDM strategies allows processing of external and internal contours of constant and variable angle. The possibility of 4-axis machining. A special algorithm to prevent the fall of the treated material. SolidCAM provides user controls physical processing parameters on the entire trajectory of motion provoloki.pic