AnyCASTING v2.4

AnyCastingTM is a casting simulation program that predicts melt filling and solidification in casting process

Independently developed based on know-how accumulated over the past ten years, the program is structured in a casting process-oriented manner, allowing ease of simulation even for non-numerical simulation specialists.
Currently, the program may be applied to all types of casting including sand casting, metal mould casting, high and low die casting, gravity tilt casting, investment casting and can predict rapidly and accurately the problems that may arise during casting processes due to its excellent simulation performance and high accuracy.

With a Windows-based layout and menu, you can easily manipulate and examine conditions or results of interest with minimum amount of work as well as view realistic graphics thanks to the OpenGL method. Not only this, the Database program, which provides and manages various material properties, has been developed so that you may view all the properties of a material just by selecting it. AnyCastingTM will assist you in improving the quality of product and manufacturing technology.


Convenient to Use
Operation possible on a personal computer
MS Windows-based program
Casting process-oriented structure
Full three-dimensional graphic support utilizing OpenGL

Various Application Fields
High Pressure Diecasting / Low Pressure Diecasting / Cyclic Casting
Sand Casting / Metal Mould Casting / Investment Casting / Tilting Casting /
Fluidity simulation

Predator-Virtual-CNC-v7

Running a profitable manufacturing shop floor is challenging. And keeping it productive is tough work. Those that succeed embrace technology. Over 1000 manufacturers and job shops rely on Predator Virtual CNC to keep their CNC machines running reliably while minimizing errors.


Eliminate expensive mistakes.
*Proveout processes offline
Simplify CNC Setup
Minimize waste
Organizes release to shop floor process
Gets started quickly and easily

Performing off line simulations has many, many other benefits including:

Increase Productivity - off line simulation frees your machines to run jobs that are making you revenues, not costing you profits...

Maximize Resources - off line simulation adds to tooling life, saves coolant for "real" jobs, reduces "wear and tear" on expensive machine tools, and much more...

Ensure Quality - verify surface finish, feature dimensions, cutter path, tool and holder clearance, gouge checking, and more...

Looking for a better way to prove out your parts? With Virtual CNC™ from Predator Software you have full featured, true solids based NC code verification and simulation capabilities on your PC.

Includes the following features:

Easy to use with standard Windows interface and online help
2, 3, 4 & 5 Axis Milling
2 Axis Turning
True Solids
Comprehensive G & M code support
APTCL, NCI and INC support
Error Detection
Part Inspection prior to machining
Includes support for over a 100 CNC controls.
User Configurable Reverse Post Processor.
Automatic Gouge Detection.
Multiple Parts, Fixtures, Tombstones and Processes.
Lots of customization options
Advanced Tooling
CAD Compare for 'Designed vs Machined' analysis.
Full Machine Simulation with collision detection
Predator CNC Editor
Predator API and ActiveX development platform

Milling - 2, 3, 4 & 5 Axis
Predator Virtual CNC™ supports all standard milling machine configurations with 3 to 5 driven axes. User definable machine tool configurations with our flexible reverse post processors allows standard VMCs and HMCs to be supported. Standard milling and drilling cycles are all supported.


NOTE: Advanced milling features include sub programs, macros, variables, expressions, loops, and branching are all supported..

Turbo Milling
Make molds or dies? Predator Virtual CNC's Turbo Milling technology is optimized for 3-axis surface machining. Processing times are often many times quicker than competitive technologies, while retaining the accuracy that you would expect.


NOTE: Turbo Milling can process 10,000 to 40,000 blocks of G code per second on Pentium P4 based PCs.

4 and 5 Axis Simultaneous Milling
Make complex parts? Predator Virtual CNC fully supports simultaneous 4 and 5 axis machining. Optionally, you can define your entire machine for full collision detection of any moving part.


NOTE: Support for rotary heads, rotary tables, nutated heads, nutated tables and multiple spindles are all supported.

Turning - 2 Axis
Have CNC Lathes? Predator Virtual CNC™ supports 2-axis turning applications. User definable machine tool configurations combined with our comprehensive library of reverse post processors allows standard HTLs and VTLs to be supported. Standard lathe facing, turning, threading, grooving, roughing and drilling cycles are all supported.

NOTE: Advanced turning features include sub programs, macros, variables, expressions, loops, and branching are all supported.

Turbo Turning
Need to inspect lathe parts? Predator Virtual CNC's Turbo Turning technology is optimized for 2-axis lathe parts that support fast and easy inspection.

Solids based technology - Predator CMS Modeling™
Predator Virtual CNC™ is based on our internally developed solid modeling technology called CMS Modeling™. CMS Modeling has been developed over the last 20 years for the specific purpose of CNC machine simulation and verification. CMS Modeling provides numerous benefits vs. the popular solid modeling kernels one finds within CAD/CAM software.

G and M Codes Support via Configurable Reverse Post
Have a variety of CNC machines? Predator Virtual CNC includes 100+ reverse posts to get you started. A 200+ page reverse post manual documents all of the options available to support a wide range of CNC machines. Specific reverse posts to each of your machines can also be purchased.

APTCL Support
Need to verify APTCL? Predator Virtual CNC supports several flavors of APTCL formats from the leading CAM systems. APTCL is supported just like G & M codes and extensive customization is possible via the reverse post.

MasterCAM Support
Need to verify MasterCAM tool motion? Predator Virtual CNC directly supports NCI files. In addition, a C-hook is included that will automatically transfer all appropriate stock and tooling definitions from MasterCAM directly into Predator Virtual CNC.

SurfCAM Support
Need to verify SurfCAM tool motion? Predator Virtual CNC directly supports INC files.

Error Detection
Want to minimize mistakes? Predator Virtual CNC™ detects programming and postprocessor errors before they can cause disruption on the machine shop floor. Predator's Virtual CNC™ Error Log even allows you to directly edit the exact line of code where the error occurs using the included Predator Editor. The following errors are detected:

September crack software list

2007-09-28 NI.LabVIEW.v8.5.DSC.Module.Run.Time.System
2007-09-28 NI.LabVIEW.Embedded.Development.Module.v2.5.
2007-09-28 NI.LabVIEW.v8.5.PDA.Module.
2007-09-25 MSC.MD.ADAMS.2007.R2 1CD
2007-09-22 Fledermaus.Pro.v6.5.1a.175.x64&Linux
2007-09-22 ALGOR.Designcheck.v20.4
2007-09-21 PTC.Mathcad.v14.0.M011 1CD
2007-09-18 Autodesk.Showcase.2008.R1 1CD
2007-09-17 GibbsCAM.2007.v8.5.29
2007-09-16 LSTC.LS-DYNA.v9.71.R2 Double.Precision FOR win&Linux
2007-09-16 LSTC.LS-OPT.v3.2.WiNNT2K&Linux
2007-09-16 Mosek.Optimization.Suite.v5.0.WiNNT2K
2007-09-16 4M.IntelliCAD.Professional.v6.4.WiNNT2K
2007-09-16 Bosch.Rexroth.WinStudio.v6.5.WiNNT2K
2007-09-13 ESI(C)PROCAST 2006 SR1 1CD
2007-09-12 ZEMAX-EE.v2007.06.25
2007-09-10 PAM_STAMP_2G_2007(C)ESI 1CD
2007-09-10 Sigma.Design.ARRIS.v9.2
2007-09-10 Sigma.Design.BuildersCAD.v9.1
2007-09-04 VERO_Visi_Series_v14_SP1_MULTiLANGUAGE_PROPER
2007-09-04 Dassault_Systemes_DELMIA_V5R16_MULTiLANGUAGE DVD
2007-09-02 MISSLER.TOPSOLID.V2007 DVD
from caxsoft

Cadence.Allegro.PCB.v16.0 Flexlm license crack

Cadence® Allegro® PCB Editor is an interactive, high-speed, constraint driven environment for creating and editing complex, multilayer PCBs. Its extensive feature set addresses a wide range of today’s design and manufacturability challenges. Allegro PCB Editor provides a powerful and flexible set of floorplanning tools. PCB design partitioning technology provides a concurrent design methodology for faster time to market and reduced layout time. Powerful shape-based shove/hug interactive etch creation/editing provides a highly productive interconnect environment while providing real-time, heads-up displays of length and timing margins. Dynamic shape capability offers realtime copper pour plowing/healing functionality during placement and routing iterations. Allegro PCB Editor can generate a full suite of phototooling, bare-board fabrication and test outputs, including Gerber 274x, NC drill, and bare-board test in a variety of formats.

Key Benefits:
High-speed, constraint-driven PCB layout for creating and editing complex, multi-layer, high-speed PCBs
Advanced floorplanning and placement permits assignment of components or subcircuits to specific rooms
Design partitioning for faster time-to-market and reduced layout time
Interactive etch editing linked to on-line DRC
Dynamic positive shapes for real-time shape editing
Supports PCB manufacturing with phototooling, bare-board fabrication and test outputs

HyperMILL_V9_6_SP1(C)Open Mind

hyperMILL® millTURN: The milling and turning module for hyperMILL® V9.6
OPEN MIND’s comprehensive new CAM solution for milling and turning in the same application

Wessling/Germany, 30July 2007 – With the release of hyperMILL® V9.6, OPEN MIND Technologies AG is presenting an integrated milling and turning module for its renowned CAM system. hyperMILL® millTurn facilitates complete workpiece machining on mill/turn machines with all milling and turning strategies being provided in a single CAM user interface.

hyperMILL’s comprehensive range of 2D, 3D, HSC and 5-axis machining strategies is being joined by a set of turning strategies courtesy of the new millTURN module – all within the same intuitive user interface. OPEN MIND’s award-winning CAM solution has just become a powerful programming platform for today’s cutting-edge mill/turn machines. Users can generate all their milling and turning jobs within one unified CAM application, and the machining operations only need a single set-up.

More and more manufacturers from the mechanical and tool engineering sector, the aerospace industry and the medical components sector are investing in mill/turn machines. For them, the new technology offers clear advantages. Using mill/turn machines for complete machining results in shorter machining cycles, greater accuracy, greater machining efficiency and reduced set-up times – in short, it lowers production costs.

millTURN: Complete machining for all milling and turning jobs
Programming ease and process reliability are assured by a uniform user interface for all milling and turning tasks, shared stock management, a tool database, simulation and a powerful post-processor. The seamless integration of the solution offers a number of advantages:

All turning and milling cycles can be freely combined.
Stock tracking is carried out over all turning and milling cycles.
Turning, milling and drilling tools are managed in a shared database. Cutter and holder geometries are fully programmable.
Collision checking is carried out during all machining cycles and for the whole workpiece.
A postprocessor individually adapted to machines, controllers and components generates the NC codes for all turning and milling jobs.
hyperMILL’s standardised operation philosophy means that the system is simple to learn and operate. With the wide range of turning and milling strategies available, users are able to program very flexibly – right up to complex 5axis tasks. The new millTURN module included with hyperMILL Version 9.6 offers machining strategies for turn roughing, turn finishing, grooving and thread turning.

ESPRIT_2008 CAD/CAM Software (C) DP Technology Corp

Program any Machine Tool
The high-performance ESPRIT system offers powerful programming for any CNC machine tool. ESPRIT’s full-spectrum functionality includes programming for 2-5 axis milling, 2-22 axis turning, 2-5 axis wire EDM, multitasking mill-turn machining, and B-axis machine tools. Streamline your operations with the powerful and flexible ESPRIT system, valued by CNC programmers for its extensive suite of machining cycles, comprehensive tool control, and capacity to fully support an entire shop.


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Machine any Part Geometry
ESPRIT’s seamless CAD to CAM interface directly imports any native part model from any source, fully intact, with no need for programmers to edit or rebuild geometry. ESPRIT directly machines from any combination of geometries — solids, surfaces, wireframe, or STL — providing you with complete manufacturing flexibility. Starting with 100%complete and accurate part geometry eliminates nearly all of the difficulty in programming complicated parts and dramatically reduces programming time.


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Universal Post Processing
ESPRIT’s universal post processor effortlessly creates the high-quality G-code you need to fully exploit your machine tool investment. With ESPRIT you get proven out-of-the-box operation with a complete library of pre-defined post processors. Additional factory-certified posts are available for many of the leading machine tool brands, and ESPRIT’s open architecture allows you to easily adjust any post processor to suit your personal preferences and shopfloor requirements. ESPRIT’s flawless G-code means you will spend more time cutting parts, giving you maximum machine utilization and optimal part quality at the lowest possible cost.


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Dynamic Solid Simulation and Verification
ESPRIT’s fast, accurate, and reliable dynamic solid verification eliminates the need for expensive dry runs on the NC machine. Gain complete confidence in your machining process as you compare accurately rendered “as designed ” versus “as machined” parts. High-performance, real-time simulation and comprehensive collision detection ensure that even the most complex of parts will be machined correctly the first time. ESPRIT gives you exhaustive verification of the part program simulated within a complete machining environment: machine tool, fixtures, clamps, stock, and workpiece. Minimize downtime, maximize manufacturing efficiency, and cut machining costs while gaining complete confidence in your machining processes with ESPRIT.

Tebis CAD/CAM v3.3 R7

Tebis Version 3.3 R7
With the shipment of Version V3.3 R7 this past July, our clients have received another update to Version 3.3. In addition to numerous optimizations and a few new functions V3.3 R7 also includes a new floating solution.

Working with a dual screen: Tebis may be used on a seat with two monitors. The user can freely define which area the view window will use for the model representation and also how large the area will be in which masks can be placed. This means you will maintain the free view of your model despite several opened masks, and you can individually define your working surface. Depending on the selected size, the monitor will still provide space for additional programs, such as an e-mail client. A dual screen solution allows for more efficiency due to the simultaneous display of more information.

The display on each monitor is 1600 x 1200 pixels, making an area of 2400 x1200 pixels available to the Tebis application. The free screen space on the second monitor (800 x 1200 pixels) keeps and additional program window visible, for example, for an e-mail client.
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New floating solution: With the delivery of V3.33 R7, the previous FlexLM-based Floating Licence Management for Tebis software solutions has been discontinued. Together with the Tebis software, floating clients will now receive a Tebis proprietary floating solution (Tebis FLM ) providing them with all the benefits of a single-source software solution. As an integrated component of the Tebis software, the Tebis FLM solution is independent from the release cycles of an external floating solution (FlexLM). Any updates will be received together with the Tebis CAD/CAM software. This means that problems of the past, such as the Tebis software not being available because other software at your business is also using the license, will no longer be experienced. Because of differing development statuses of FlexLM, integrated by various software providers into their products, license servers frequently experienced instabilities resulting occasionally in the worst-case scenario of a failure of the floating license management.



In addition to increased failure safety, the Tebis FLM provides further advantages:


Individual check-out/-in procedure: During the previous FlexLM procedure, an available license was received from the server when activating the corresponding modules; this license was returned to the server when leaving the module. This caused problems in the practical application. If, for example, a user left the NC2AX module during NC programming of a 2.5D machining process, in order to perform a minor design adjustment to the model, it could happen that ?when reactivating the NC2AX module ?the required license was no longer available, because it had been requested by another user



To enable continuity, the Tebis FLM solution permits a manual check-out of the required licenses directly in the Tebis user GUI. They will be available to the user until they are returned to the server by the user, or the Tebis software is exited.

Improved performance: With considerably faster reaction times, the Tebis FLM solution makes sure that licenses will be assigned in ultra-short times, even in large installations with a large number of users requesting licenses from the license server.

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The manually checked-out licenses for feature and 2.5D machining are marked as 刬n use?at the user磗 seat.
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