2017

download PTC Creo Expert Moldbase Extension 10.0 F000 for Creo 2.0-4.0 x86 x64

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PTC Creo Expert Moldbase Extension 10.0 F000 for Creo 2.0-4.0 x86 x64 full
PTC Creo Expert Moldbase Extension 10.0 F000 for Creo 2.0-4.0 x86 x64 full
working with PTC Creo Expert Moldbase Extension 10.0 F000 for Creo 2.0-4.0 x86 x64 full license
working with PTC Creo Expert Moldbase Extension 10.0 F000 for Creo 2.0-4.0 x86 x64 full license
Design with PTC Creo Expert Moldbase Extension 10.0 F000 for Creo 2.0-4.0 x86 x64
Design with PTC Creo Expert Moldbase Extension 10.0 F000 for Creo 2.0-4.0 x86 x64

Creo Expert Moldbase Extension contains detailed customized packages of plates and the individual elements of the leading suppliers to the requirements basic standards in this field.
When creating Creo Expert Moldbase Extension model unit automatically creates an assembly drawing, the specification and drawings of slabs considering ESKD requirements.
Massing components can be created directly in Creo Expert Moldbase Extension or use formative components created in CreoTool Design module.
Creo Expert Moldbase Extension has a dedicated graphical user interface with a two-dimensional schematic view of a ready-made designs of model units, as well as individual components. It is possible to create and use their design, components, types of used injection molding machines, to get to the base of its data providers.
Selection of the main parameters of mold components is carried out in two-dimensional mode. If necessary, specify the placement options of a component designer refers to the three-dimensional structure. This approach significantly accelerates the development of molds.
Typically, full three-dimensional model of a mold assembly made in plates with holes, slots, etc.. G. In an automated form. Moreover, all the holes and grooves are dependent – when the component is such that these structural elements were made, they are also removed. When resizing and places the components layout, these geometric konstruktivy automatically rebuilt.
Creo Expert Moldbase Extension automatically places fasteners, calculates the length of the pushrods and signs, creating cutouts along the contour of the part. To facilitate the visualization Creo Expert Moldbase Extension allows you to enable / disable the display of all components.
The Creo Expert Moldbase Extension has a mechanism of disclosure of the mold with the help of animation, with the analysis of the components in an intersection. Carrying out the following calculations:
comparison machine of compression force and pressure created within the mold;
force on the wedge when it is moved (in the mechanism of the movable rod) at a predetermined course;
the length of the wedge;
the angle of inclination of the pusher;
delay (when double-disclosure model unit);
the total project cost in the manufacture of molds.
Main advantages
High performance in the design of the model unit because constructor creates a mold of the prefabricated components of adaptive – “cubes” that have already been created drawing templates.
Reducing the probability of errors, because the placement of components and execution of all necessary cut-outs with appropriate clearances fully automated.
User interface with two-dimensional visualization of changes enables fast study of the mold without any extra time spent on the regeneration of a three-dimensional model.
Development of molds for concrete casting machine with the calculation of the required clamping force.
Automated creation of the control program to handle the holes in the plates.
Calculating the cost of the mold.
Creating a private library plates, components, structural arrangements of a dialogue and the model blocks.
The rapid development of the module, interactive reference guide to the animations.
Key features
Automatic component placement mold, followed by removal of the material in the plates.
Automatic generation of the specification, drawings and assembly drawing boards.
Automatically create associative hole tables in drawings.
Creating animation mode mold sampling of interconnectivity components.
Libraries of standard blocks molds and individual parts of the leading suppliers: DME, DMS, EOC, Futaba, Misumi, HASCO, KLA, Meusburger, Pedrotti, Rabourdin, Strack, FCPK and GOST following nomenclature libraries:
construction of model units (a standard set of types of all sizes, double pushing, double disclosure);
set of plates and insulation;
centering elements (hub, column);
shanks;
locks;
runner and the central hub;
pushers and kontrtolkateli;
stops;
fasteners;
pins;
a support;
circuits and elements of the cooling system;
the movable rod mechanisms;
tilt mechanism pushed;
dual mechanisms of disclosure;
transmission mechanisms for threaded models;
schemes hot runner systems, nozzles, manifolds, flanges.
Create custom libraries with their own types of structures and details of molds.
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download PTC MathCAD v15.0 M045 Multilanguage full crack

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Working with PTC MathCAD v15.0 M045 Multilanguage full license
Working with PTC MathCAD v15.0 M045 Multilanguage full license

Description: Mathcad® 15.0 includes 25 functional upgrades improved computational libraries and advanced integration with third-party solutions, such as the latest version of Microsoft Excel. Traditionally Mathcad® 15.0 excellently supports computer-aided design systems, for example, Pro / ENGINEER®.
New Mathcad 15.0 – is:
“Options for the settlement of experiments planning (design of experiments (DoE)) – added 25 new features that help reduce the time spent on field experiments, due to the understanding of the general trend in the tests. Applications DoE help find the critical factors and optimal conditions for testing of complex processes. It contains templates for a few experiments, the presence of several levels of the experiment (test modes) and different conditions.
“In-depth integration with the database KnovelMath – quick access to the engineering and technical standards reduces the time for complex calculations.
“Integration with software Kornucopia, manufactured by Bodie Technology, designed to reduce the time and effort spent on analysis. By providing templates for calculations in Mathcad, this module allows you to use tried and tested processes for a comprehensive evaluation of the data of field experiments and simulation results.
“The first integration with database Truenumbers – Truenumbers by True Engineering Technology provides developers with access to a variety of reference materials and data. Results of Mathcad simply transferred to different document formats, which greatly facilitates the transfer on a key chain sotrudnikov.pic data.
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download Autodesk Inventor Professional 2016 R3 Update 1 64bit full

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Design with Autodesk Inventor Professional 2016 R3 64bit

Autodesk Inventor – contains a full set of flexible tools for mechanical 3D-design, analysis, manufacturing, creating tooling, design and custom design data exchange. Inventor helps to go beyond 3D to Digital Prototyping using technology based on having a high-precision 3D models, which enables the design, visualization, and analysis of the products even before the first prototype will be made. Digital Prototyping, implemented in the Inventor, makes it possible to improve the quality of products, reduce development and accelerate time to market costs.

Engineering 3D-design
Compatible with the DWG format
Design of large products, plastic parts and sheet material
Visualization of projects and issuance of working documents
design automation
Built-in capabilities of engineering calculations and finite element analysis (FEA)
Design of cable systems and pipelines
Design of molds and tooling
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download InnovMetric PolyWorks 2016 IR9 x86 x64 full license forever

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Description: PolyWorks (PW) – multifunctional software production company InnovMetricSoftwareInc, used for processing of laser scan data: reverse engineering, control of geometry of products, problems of architecture, monitoring, ground deformation, and many others.. PolyWorks software package allows you to work quickly and efficiently with very large amounts of data. PolyWorks consists of several modules and has a wide range of tools that simplify and speed up the work with the data. It is important to note that the complex allows you to work with data obtained from the three-dimensional scanners of all brands.
IMAlign
• This unit is designed for primary data.
• Initially, import the data obtained by ground-based three-dimensional scanner, or data is being processed in other programs. Already at this stage, there are some treatment options: the data is imported with a given accuracy (point sampling step is set); Data can be filtered by distance.
• Produced primary processing point clouds: scaling point clouds; Filtering for matching points, ie, ordering (point diverging distance below a settable, deleted). The module binds to the external coordinate system and the cross-linking scans.
• The program allows you to choose the method of cross-linking, which can be divided into: visual linking methods; for the reference objects. And not least: the program produces statistics and histograms combining errors, create a primary polygonal models.
• Data can be eskportirovanny in many formats (AC, BRE, PIF, PTX, SURF) and a polygonal model in DXF, IGES.
IMMerge
• It is intended to create a triangulated model, the module allows you to manually define the parameters responsible for the quality and accuracy of the generated models.
IMEdit
• The module is designed to work with a TIN-surfaces created in PW or imported from other programs.
• The module contains the functions of smoothing, filling the “holes”, retriangulyatsii (some areas can be re-triangulated with less accuracy), a variety of mechanisms for creating curves and tools to edit them.
• This module provides functions for creating and editing surface NURBS– surfaces that are created from the curves, the module provides a variety of ways to create these curves manually – defined curves are carried out on these points, the curves are based on intersections with model planes, loft automatically compiled mesh curves on the model with a given accuracy (pitch and the maximum distance at which they are spaced from the model).
IMInspect
It includes tools to:
• produce writing in a cloud of geometric primitives points (circle, cone, cylinder, plane, point, polyline, and a vector scope);
• construction of polygonal surfaces;
• unification of data and reference objects in a single and unique system of coordinates;
• profiling, creating arbitrary and predetermined sections;
• make a detailed comparison, statistics, and reports within or between data, reference objects and primitives;
• all types of measurement, position control and the state of complex structures (measurement of geometric dimensions, both linear and angular, area, volume);
• export data and reference objects in many formats.
IMCompress
• Decrease mainly colored polygon of 3D-models. Support module, which allows to reduce the weight of the model by reducing the number of its constituent elements (triangulation or patches).
IMTexture
• The module allows you to combine the model and texture map it, ie, get a model with textures mapping not only the geometry, but also the physical properties of the model. The texture map must be obtained from the scanner, that is, the data from the scanner should be in addition to coordinate information on the intensity. It combines two types of data, as a result of the model is closest to reality.
IMView
• Module for viewing data.
• Models created in a program stored in an internal format and can be viewed in the free module supplied. PolyWorks software product designed for a specific range of tasks which in other software products is not possible.
• This range of tasks covers many aspects. For example: Monitoring of ground deformation, landslides and subsidence of soil under the influence of anthropogenic factors. By overlapping models created at different times, you can get the amount and direction of displacement. And characterize data on these displacements will not separate checkpoints.
• Since the scanning performed continuous shooting, the necessary information will be available in almost any point on the surface. The data obtained are presented in the form of a dyed three-dimensional color distribution pattern depending on the strain.
• A simple click of the mouse button at any point of the model on the screen displays the value and direction of the deformation, as well as the coordinates of the point of observation in different cycles. Then the distribution charting these quantities, which can be transformed into various charts, graphs and histograms in MS Excel format.
• Three-dimensional model of the earth’s surface can solve a number of tasks, from calculating the explosive unit volumes at existing open pits and ending with the usual topographical plans and materials for land use documentation.
• Tools PolyWorks software product automatically in this case may also solve the following problems:
Analysis of the surfaces (the magnitude and direction of deformation). Analysis of surfaces – sections (can be done in different directions perpendicular to the board and horizontal planes: in the first case, it is one of the main parameters of quality assessment of the explosion and the location of the ore, in the other we get topoplan career).
• Construction of the surface contour of collapse. Evaluation of the collapse and explode volume (estimate by the collapse of these models can be performed as follows: the collapse of the settlement is divided into blocks (eg 3 × 3 m) and the estimated amount of each such unit; these calculations are calculated from a plane at a given elevation) Many other tasks. The objectives of industrial enterprises related to the measurements of inaccessible and complex objects, building three-dimensional models of objects and training materials for use in automated systems engineering and enterprise management systems. Monitoring the condition of buildings and structures, in particular, observations of deformations.
• By overlapping models created at different times, you can get the amount and direction of displacement at any point in the building. Did the imposition of the current model to some “reference” model, which may play a role design. In this case, we’ll have a deviation from the “ideal” parameters. An example of such a strain may be sagging hip roof.
• The deformation monitoring is carried out both on the whole building, and on certain structural elements, including the disabled.
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download Delcam PowerMILL 2012 SP7 x86 x64 full license 100% working

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Delcam PowerMILL – an independent, the CAM-system for the preparation of high-control programs for CNC milling machines, which allows you to quickly create a path for the UE without gouge matmodelyam using 2.5D processing, 3-axis machining and multi-axis simultaneous machining. Then, these trajectories can be checked for collisions with other models (eg, clips) and the cartridge, before displaying the trajectory in tap-files.
PowerMILL offers a wide range of possibilities for reading CAD files. It supports formats IGES, VDA and STL, which allows you to import data from any CAD system that supports these formats.
Using a simulation of PowerMILL, you can download the entire machine to check and visualize the trajectory of the machine tool and the action from different angles.
PowerMILL – CAM software is the leading product for the manufacture of complex shapes, commonly used in the tool, automotive and aerospace industries
2D-treatment
2D-processing operations, such as processing of flat surfaces, chamfering and drilling of holes,
They are an integral part of the process of manufacturing of complex parts. As the world
leader in innovation and high-speed multi-processing, PowerMILL contains
highly comprehensive functionality for 2D-processing.
In PowerMILL 2D pocket milling and profile processing operation is performed directly from the curves of 2D-frame that allows you to quickly process the bosses, pockets and side elements.
The user can specify the number of radial and axial movements and PowerMILL automatically compensates the tool radius.
Functions for milling pockets and profiles processing support 3D-model of the remainder of the material, so PowerMILL can be used for 2D-operations of chamfering and boring.
All 2D-elements can be fully tested for gouge and collision on the 3D-model.
High-performance roughing
High efficiency roughing strategies is achieved through a constant load on the tool and smooth tool path without sharp changes in the cutting direction.
As soon as the area roughing is removed from the molded surface of the finished part, Delcam’s patented technology smoothes the path of roughing cuts.
PowerMILL automatically removes small scallops remaining material, adding smooth passages tool in these areas.
Incompletely scallops may appear in certain ratios radius trajectory and step between passes tool.
Application in PowerMILL complete 3D-model of the residue material provides stable cutting conditions and reduce unnecessary travel by air.
At any stage of processing, you can calculate and visualize the remaining material that facilitates the selection of appropriate strategies and tools to remove the remaining material.
High speed finishing
High speed finishing smoothing controls the trajectory and the load on the tool.
PowerMILL reduces abrupt changes in the direction of movement of the tool.
Processing of 3D-offset
Processing of 3D-offset giving the opportunity to get an excellent quality
surface, allowing you to control the distance between successive
passes the height of the scallop. This leads to the assignment of different pitch
between passes on steep and flat surfaces.
Finishing 3D-offset spiral prevents
marks by maintaining constant contact tool
with part of its surface at a smooth continuous spiral motion.
Finishing strategy ‘Steep + Gentle’
Optimized Strategy ‘Steep + Gentle “combines the trajectory,
by 3D-displacement on flat areas, and processing of ‘C constant Z’ on the steep walls, automatically creating the optimal trajectory.
PowerMILL monitors the overlapping area of ​​the two strategies.
Parametric processing
Parametric displacement path creates a surface treatment with a variable rather than a constant pitch.
This strategy allows you to process the entire area without sharp changes in direction.
Five-axis machining
five-axis machining strategies PowerMILL provide superior surface finish,
eliminate the unpredictable movement of the working parts of the machine and significantly reduce development time
control programs. Reducing the time of delivery of finished products, increase productivity
labor and increase the profitability of doing Five-axis machining is very attractive
Positional (3 + 2) treating
Deviation from the tool axis normal to the surface of attack or angle of inclination of not only improves the cutting conditions, but also allows the process more difficult areas. The intuitive user interface makes it easy to PowerMILL to program the positional processing, making it possible to process parts in a single setup is more productive and achieve high quality finishing.
Continuous five axis machining
Strategies for continuous five-axis machining PowerMILL allow full control over the tool axis orientation with respect to the details. These strategies are ideal for cutting and drilling composite parts, but also for the treatment of high cutter side wall. You can also process complex parts in a single setup, which significantly reduces operating costs and saves time.
Five-axis finishing completion
When finalizing the finishing angular areas can take advantage of the position (3 + 2) and a continuous five-axis strategies PowerMILL for reliable and safe removal of all remaining material. Automatic function for finishing the corners themselves determine which process or steep sloping area remaining material that reduces programming time, extends tool life and improves surface finish.
Automatic collision avoidance
PowerMILL collision prevention function automatically
rejects the tool axis from obstacles by a predetermined distance.
When an obstacle is completed, the tool axis returns to its original orientation.
In addition to bypass obstacles, this function is also used in the processing of undercuts.
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