Zuken.CR5000.Board.Designer.v10

Zuken's CR-5000 Board Designer provides an intuitive, integrated environment for designing PCBs, BGAs and MCMs. It serves to guide the user, via a common user interface, from schematic capture, floorplanning, placement and routing, analysis and into manufacturing. It operates seamlessly across Unix and Windows platforms combining the functionality of a high-end tool with ease of use. While rules are constant throughout the design process, they are dynamically linked to ensure flexibility and consistency.

Benefits
1. A single, intuitive environment with a coherent approach throughout the design process, easy links between tools, and a common database and libraries.
2. Rules-driven design for correct-by-construction outcomes.
3. An optimized combination of automatic, semi-automatic and interactive functionality to maximize design productivity.
4. Design partitioning that facilitates intelligent, concurrent engineering: especially useful for large or complex products and for the re-use of proven circuits.
5. Re-use of proven circuit blocks saves time.

The CR-5000 EDA design suite provides the most advanced PCB design functionality currently available. It is constraints driven, from schematic capture through board layout, to the output of manufacturing data. This means that the rules you apply early in the design process are maintained right through to manufacturing. So products are right first time, manufacturable first time, and get to market fast. A common component database is used throughout the process, so design, bill-of-materials (BOM) generation and manufacturing processes are based on a common data set. Efficiency is driven up, waste and re-work are eliminated. Amongst its other advanced features, CR-5000 supports advanced technologies such as build-up to facilitate miniaturization, automatic routing to speed up and optimize PCB layout, early design verification to eliminate design iterations (particularly in high-speed circuits), and RF design. It enables design re-use to prevent unnecessary duplication of effort, design partitioning to facilitate teams of individuals working on the various elements of a design simultaneously, and 3D viewing/editing for component placement and package optimization. CR-5000 is constantly developed and adjusted to new technologies in co-operation with our customers, to enable them to face to the challenges of the future.

ASPEN-TECH (C)ASPENONE 2006

aspenONE® for Chemicals drives collaborative manufacturing by providing solutions for each phase of the business in an integrated environment, providing visibility, sharing and re-use of data and process models. By integrating the overall business processes, companies achieve significant improvements in performance with payback in months instead of years. aspenONE for Chemicals maximizes profitability by:

Optimizing feedstock selection and scheduling
Improving and accelerating process innovation
Optimizing plant performance
Standardize manufacturing workflow
Improving capital efficiency
Reducing environmental risk

RSoft-Photonics-CAD-Suite

RSoft Design Group produces photonic design and simulation software for both passive and active optical components for optical communications, optoelectronics and semiconductor manufacturing. The software is used by these organizations to reduce costs of creating a physical prototype, to assess design risks, and to assist in the discovery of new products from creating "what if" product scenarios. These key benefits enable a faster design process and shorter time to market.

RSoft currently addresses both passive and active devices through two design suites, a Passive Device Suite and an Active Device Suite. Each suite has a CAD environment, simulation engines and can utilize an optimization utility. Some of the key applications of our products include:

The RSoft CAD™ is the core program in the RSoft Photonic Suite, and allows researchers and engineers to create systems for the design of waveguide devices, optical circuits, and other photonic devices. It acts as a control program for RSoft's passive device simulation modules, including BeamPROP, FullWAVE, BandSOLVE, GratingMOD, and DiffractMOD, and defines the most important input required by these programs: the material properties and structural geometry of the photonic device to be studied.

Layout Capabilities The complete layout capabilities of the RSoft CAD have been designed from the ground up to accommodate the special needs of photonic devices and circuits. Fundamental objects such as straight, tapered, curved, y-branched waveguide segments and lenses can easily be selected from the toolbar, and graphically added to the circuit using the mouse. In addition to standard objects, the CAD also allows for the creation of customized components using mathematical equations or data files. Positioning coordinates may also be specified directly, either absolutely, or through relative offsets or angles with respect to any other waveguide component. At any time, one or several components may be selected and moved, scaled, deleted, or reinserted. Our unique design approach is an extremely flexible system in which the desired logical arrangement can be maintained as subsequent placement.

Object-Oriented Design

Each individual component has its own set of properties that can be accessed with a right click of the mouse. Parameters include shape information, such as taper or bend type and magnitude, and optical properties, such as refractive index profile type and value. This unique object-oriented input model is extremely natural and flexible. Each parameter of a component (e.g. position coordinates, width, index) can be specified by an arithmetic expression involving user-defined variables, rather than simply being a constant number. Thus, a waveguide circuit might have several angled waveguides, each with a different relative angular value. By using formulas to define each waveguide�s angle, the entire circuit can be modified by simply changing the value of a single variable, without having to redraw or otherwise edit

Component Design Products

include
BeamProp V8.0
FULLWAVE V6.0
BandSOLVE v4.0
GratingMOD v3.0
MOST v3.0
FemSIM v3.0

CimPACK v11.2.3

CimPACK Software

Each of these products is built around the same core software, a general purpose CAD engine called CimCAD, so they share the same user interface and file format. Our specialized licensing process allows you to pick the product or products that best fits your requirements.

CimPACK for Designers

Consists of a large library of Standard Designs, and Mix and Match so that you can create a one-up design and then lay it out to a printed sheet. This is the correct choice if you are doing folding carton or corrugated work but do not need to create any of the advanced pre-press tooling. Parametric design capability is also included.

CimPACK for Diemakers

We now offer two separate products for Diemakers. The standard Diemakers software includes tools for adding punches, hang holes, and die-edges. It also contains the tools for adding stripping/breaker knives, balancing rules, and chase registration holes. This is the correct choice for Gasket and Label companies as well as Diemakers that do not require pre-press tooling capabilities such as creation of Upper and Lower stripping boards, flat top blanking tools and phenolic counter plates.

The advanced Diemakers software includes the standard items plus all of the pre-press tooling. This includes the SF/SC Component Stripping System, the EASIBLANK(TM) blanking system, the SPEEDBAR(TM) presser bar system, the BSI Flush presser system, and the Bobst SPider presser system.. This software is ideal for the Diemaker who receives designs directly from the customer and does not require box design capabilities.

CimPACK Complete

This product includes all of the Designer, Diemaker, and Advanced Diemaker functions. If you require full design capabilities for producing flat dies and the associated tooling, then this is definitely the software you should be considering.

CimPACK for Rotary Diemakers

If you are a Rotary Diemaker, the Rotary functions can be added to CimPACK Complete and both of the CimPACK for Diemakers products.

CoWare SPW 5-XP Version 5.03

CoWare SPW Advances Verification of 3G Wireless Modems
New HSDPA Models in 3GPP Library Reduce Design Risk for High-Speed Cellular Modems

SAN JOSE, Calif.--November 7, 2005--CoWare, Inc., the leading supplier of system-level electronic design automation (EDA) software and services announced the availability of the High Speed Downlink Packet Access (HSDPA) models in 3GPP Library for its SPW signal processing design solution. Wireless system designers are able to reduce their specification risk by up to 70%.

“Designing an HSDPA system requires a myriad of system performance simulations,” said Dr. Ahmad Vafaei, Senior Staff Engineer, InterDigital Communications Corporation. “We have been using CoWare’s HSPDA Library as a reference tool for the 3GPP Release 5 standard. Having an executable reference for 50% of the modem functionality lets us focus on the differentiating components of our HSDPA algorithms.”

“CoWare’s wireless design solution goes beyond the proof of concept demonstrations other ESL solution providers are offering,” said Johannes Stahl, Director Marketing, CoWare. “Our experienced team of wireless design experts continues to deliver detailed, high-quality libraries in lock step with the published standards. Whether you design a particular modem or you are working on software-defined radio, CoWare has the wireless models you need.”

HSDPA – Complex, Adaptive Modulation and Coding, Hybrid ARQ
HSDPA delivers high data rates according to the transmission conditions by using adaptive modulation and coding (AMC) schemes. These cover a wide dynamic range in order to cope with the varying downlink radio and channel quality conditions at the handset. HSDPA adapts to these conditions by modifying the effective code rate, the modulation scheme, the number of codes used and power per code. The Hybrid ARQ (H-ARQ) mechanism is used in HSDPA to reduce the delay and increase the efficiency of the retransmitting data. Developing HSDPA receivers, which exhibit the desired performance using AMC and H-ARQ under varying channel conditions, is a design problem with an order of magnitude more scenarios to consider than the static modulation schemes used in previous 3GPP standards.

SPW Libraries Speed HSDPA Design
CoWare SPW is a complete platform for design and verification of DSP algorithms. Its up-to-date communications and multimedia source code libraries are transparently accessible, providing unmatched value for standards explanation and design. The 3GPP library is Release 5 compliant with the newly-added executable end-to-end system models of the HSDPA standard. Using the library, system engineers can rapidly create an accurate model of the system, incorporate their differentiating components, and then simulate the system under different scenarios to optimize the system performance. Leveraging SPW’s high simulation speed, users can now explore many system options. And, with source code delivery and powerful PolyModel, designers can use the library as a starting point for detailed fixed-point design. Because the SPW HSDPA library was developed from active participation in the standardization process and with many years of experience developing 3G UMTS/WCDMA models, second-guessing of written standards proposals is eliminated.

Availability & Pricing
CoWare SPW with the 3GPP HSDPA Library and Communication Library is available today.

October 0day software

2007-10-31 AUTODESK_MUDBOX_PRO_V1.0.7
2007-10-30 PTC.Mathcad.v14.0.GERMAE
2007-10-30 ANSYS.PRODUCTS.V11.SP1.WIN32
2007-10-30 INNEO.Startup.TOOLS.v2008.WiNNT2K
2007-10-28 Telelogic.Rhapsody.v7.1.For WiNNT2K&Linux
2007-10-28 PATHTRACE.EDGECAM.V12
2007-10-28 PTC.Arbortext.Editor.and.Architect.v5.3.WiNNT2K
2007-10-27 Simatic.Step7.Professional.Edition.2006.SR3.MULTiLANGUAGE
2007-10-27 AUTODESK_LUSTRE_V2008
2007-10-25 Schrodinger.Suite.2007
2007-10-25 Intel.VTune.Performance.Analyzer.v9.0.030
2007-10-22 Bentley.Microstation.GEOPAK.Survey.XM.Edition.v08.09.04.37
2007-10-22 Delcam.Powermill.Pro.8009.CB1098013.SP1.Multilanguage
2007-10-22 Bentley.Map.XM.v08.09.04.45
2007-10-22 Bentley.Microstation.GEOPAK.Site.XM.v08.09.04.37
2007-10-16 UGS.NX5.V5.0.2.UPDATE for X86 &X64
2007-10-16 MSC.PATRAN.V2007.FOR R1B.LINUX.IRIX ,Win
2007-10-16 MSC.FEA.AFEA.V2006.R1
2007-10-15 GEOMAGIC_STUDIO_V9_SR3
2007-10-15 GEOMAGIC_QUALIFY_V9_SR2
2007-10-15 GEOMAGIC_ESHELL_V8
2007-10-14 CAD_TRANSLATORS_FOR_CRANES_NISA_V15.1
2007-10-14 SmartCode.VNC.Manager.Enterprise.v3.6.24.0
2007-10-14 Siemens.SIMATIC.S7.SCL.v5.3.SP2.Multilanguage
2007-10-14 Bentley.Civil.Extension.for.GEOPAK.v08.08.02.81
2007-10-14 Bentley.Microstation.GEOPAK.Civil.Engineering.Suite.XM.v08.09.04.37
2007-10-14 Bentley.Microstation.GEOPAK.Suite.v8.08.02.81
2007-10-14 Bentley.PowerCivil.v08.09.04.37.for.Powerdraft.XM
2007-10-14 Bentley.PowerSurvey.v08.09.04.37.for.Powerdraft.XM
2007-10-11 PTC.PRO.ENGINEER.WILDFIRE.v3.0.M100.WIN32&WIN64$Linux DVD
2007-10-11 ADAPT_BUILDER_ABI_V5.0
2007-10-10 UGS.SOLID.EDGE.V20 DVD
2007-10-10 DIMSOLN_COMBINED_3D_V4.0.0
2007-10-10 DIMSOLN_FOUNDATION_3D_V4.0.0
2007-10-10 DIMSOLN_MAT_3D_V4.0.0
2007-10-10 DIMSOLN_SHAFT_3D_V3.0.0
2007-10-10 LEAPSOFT_CONBOX_V7.0.1
2007-10-10 LEAPSOFT_CONSPAN_RATING_V7.0.1
2007-10-10 LEAPSOFT_CONSYS_V1.3.0
2007-10-10 LEAPSOFT_GEOMATH_V7.0.0
2007-10-10 LEAPSOFT_RC-PIER_V7.0.0
2007-10-09 Reation.Design.Chemkin.v4.11.WiNNT2K
2007-10-08 CADRASTER.PRO.V8.0.FOR.AUTOCAD
2007-10-08 TESSEL.HYPERDOC.V4.51-
2007-10-06 Pointwise.Gridgen.v16.0.WiNNT2 For Linux
2007-10-06 ANSYS.PRODUCTS.V11.SP1 for Win32&win64 2DVD
2007-10-05 Mastcam X2_MR2 V11.2.35 1CD
2007-10-03 BMW.ETK.v8.0.2007.MULTiLANGUAGE
2007-10-03 OpenMind.HyperMILL.V9.5.incl.SP4.HF.33658.Multilanguage.DVD.
2007-10-03 Siemens.Simatic.WinCC.Connectivity.Pack.v6.2.MULTiLANGUAGE.
2007-10-03 Mathworks.Matlab.R2007b DVD
2007-10-03 GibbsCAM.2007.v8.5.30

form caxsoft

DASSAULT.SYSTEMES.CATIA.P3.V5R18.SP1

CATIA V5.18 improves quality of the final composite part through post-processing analysis

CATIA V5.18 extends the end-to-end composites process from design to simulation to manufacturing for automotive and aerospace industries. CATIA V5.18 delivers post-processing analysis on composite parts for an accurate product behavior evaluation. It embeds failure criteria specification to composites structure (Tsai-Hill and Tsai Wu criteria) to give a better assessment of composites parts. In addition, the composites analysis environment can receive all producibility information needed to ensure accurate manufacturing results.

Enables effective Electronics CAD and Mechanical CAD design collaboration by strengthening the Printed Circuit Board (PCB) design process

A library of 3D components, defined in neutral data exchange format, from several construction methods, either designed in CATIA or imported through data exchange formats, makes it easy to map with several ECAD tool import/export references to the position of electrical components without the need to redesign in CATIA.

Integrates knowledge early in the design process for significant quality improvements

V5.18 enables Generative electrical design based on company rules captured in V5 knowledge - Generative Harness covering placement (Tube, Tape), Generative electrical parts connections (auto create electrical assemblies from catalog), and delivers more electrical design checks (part connection compatibility, wire route and manufacturability, splice location in harness, completion of V5 electrical model).

Reinforces end-to-end electrical process by integrating manufacturing constraints directly in the design

CATIA V5.18 enhances CATIA Electrical Harness Flattening for harness drawing production by delivering more accurate harness manufacturing documentation (Backshell representation), smoothing harness flattening process for device orientation and improving the harness drafting quality. The CATIA Electrical Harness offer reduces the design to manufacturing cycle time especially for Automotive and Aerospace CATIA V5 Electrical design customers. The flattening process becomes more robust and completes the layout process more efficiently.

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.
Click to expand


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.

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

Mastercam X2 _MR2 V11.2.3.28

Powerful Part Modeling
Mastercam’s streamlined CAD engine makes design work easier than ever before. Each piece of geometry you create is “live”, letting you quickly modify it until it’s exactly what you want. And with traditional functions consolidated into a few simple clicks, Mastercam simplifies the creation of even the most complex parts.

Fast creation of a wide range of NURBS and parametric surfaces, including powerful “fence” and “net” surfaces.
Associative dimensions update as you change your model.
Extensive editing tools, including powerful new surface extension.
Every shop faces engineering changes. Often, it can be difficult to track which file is the latest, what modifications have been made, and what programming changes are needed.

Mastercam X2 includes two powerful new tools – File Tracking and Change Recognition – that give you an easy way to identify these issues and streamline programming an updated file.

Create a checklist of files to watch including Mastercam, SolidWorks, Autocad, or other CAD files. Mastercam alerts you when a newer version of any file on the list is available.
Mastercam’s Change Recognition identifies modifications to any type of CAD geometry with no file type limitations – any combination of wireframe, solids, or surfaces.
Mastercam marks any toolpaths affected by the updated CAD file. You can quickly select the new geometry and update the toolpaths.
Once you update an affected toolpath, automatically update any additional toolpaths that use that geometry.
The real power of these tools becomes clear when receiving engineering changes to a large file with multiple operations. Something as simple as a few additional drill holes could be frustrating to identify. Now, with a few mouse clicks, you can immediately locate and program these changes, saving valuable time.

Efficient Wireframe Geometry
Multiple point and line creation techniques.
Efficient arc, circle, and fillet functions, including filleting at every corner in a chain of entities.
Create splines on surfaces using a variety of functions including surface projections, surface intersections, edge curves, slicing curves, and parting lines.
Create pre-filleted shapes to save time.


--------------------------------------------------------------------------------

Flexible Geometry Editing
Change widths, styles, and colors globally or for a single entity.
Quickly modify parameters such as line length and arc radius after creation.
Fillet or chamfer corners easily.
Extend lines, arcs, splines, and surfaces.
Trim single or multiple surfaces with full undo capability.
Quickly translate, mirror, and scale (uniformly or with separate factors in X, Y, and Z).
Offset entities by a given distance.



--------------------------------------------------------------------------------

Powerful Surface Modeling
Create parametric and NURBS surfaces using loft, ruled, revolved, swept, draft, and offset creation methods.
"Fence” and “net” surfaces expand your modeling power.
Trim single and multiple surfaces to curves, planes and surfaces.
Easily extend and split surfaces.
New “smart” extension for trimmed surfaces avoids pitfalls with traditional trimmed surface extension.
Flexible surface filleting offers constant radius fillets and point-and-click variable radius fillets.
Automatic parting line calculation for mold making.
Create, edit, and manipulate realistically shaded surface models.

Deform 3D V6.1

For the simulation of the heat treatment of components in 2D or 3D.

• State variable from material flow simulation can be adopted

• Qt-based graphic user interface

• Material models: elastic, rigid-plastic, rigid, thermally elastic-plastic, thermally rigid-viscoplastic, porous



•Types of analysis:

-thermal (heat conduction, heat transfer by contact and radiation)

-Diffusion (carburisation)

-Microstructural analysis (thermal treatment, phase transformation including volume change)

• Cross-sectional view of the workpiece in the postprocessor (slicing)

• Inductive and resistance heating in 2D.

CAESAR II V5.0 (C)COADE DONGLE CRACK

CAESAR II is the Pipe Stress Analysis standard against which all others are measured and compared. The CAESAR II spreadsheet input technique revolutionized the way piping models are built, modified, and verified. CAESAR II was the first pipe stress program specifically designed for the PC environment. The interactive capabilities permit rapid evaluation of both input and output, thereby melding seamlessly into the "design - analyze" iteration cycle.
CAESAR II incorporates a wide range of capabilities, from numerous piping codes, to expansion joint, valve & flange, and structural databases, to structural and buried pipe modeling, to equipment and vessel nozzle evaluation, to spectrum and time history analysis. Most of the features of CAESAR II are available at a keystroke, but at the same time are not imposed upon the analyst.


A menu-driven scroll and select interface provides logical options when and where expected. Context-sensitive help provides instant technical assistance for each data field, with expected units. Data values presented in the help screens are automatically presented in the current set of units to aid input.

The customization options of CAESAR II have been driven by user requests, code changes, and the need to benchmark older, existing systems and their initial design. Many of these customization options enable newer analysis techniques appearing in current literature.

As with all COADE products, CAESAR II is continuously maintained and improved by the engineering staff. The engineering staff of COADE have worked in industry, for engineering and consulting firms. This experience not only guides program development, but provides users with knowledgeable support. This allows CAESAR II to work the way a typical engineer thinks and solves a problem. This also means that the technical support provided to users by the engineering staff is almost instantaneous. Users talk straight to the developers, ensuring an accurate and timely answer.

Program revisions incorporate additional capabilities addressing both technical and operational items. Users are encouraged to suggest improvements that would help their day to day usage of the software. See the enhancement list for details of capabilities added for each release of the CAESAR II program

Eagleware_GENESYS_2007 With SP1(C) Agilent

Agilent Technologies Inc. (NYSE: A) today announced Momentum GX, an industry-proven planar 3D electromagnetic (EM) simulator designed to significantly expand the accuracy and range of passive circuit libraries, including parasitic models and entire circuits. Fully integrated with the powerful Genesys EDA platform, formerly known as Eagleware-Elanix Genesys, the Agilent Momentum GX enables RF and microwave designers to reduce design steps and speed the design and verification process for complex RF and microwave passive circuit designs.

The Agilent Genesys platform, with its new Momentum GX functionality, combines integrated linear, layout, harmonic balance, SPICE and RF system synthesis with powerful 3D-planar EM simulation into a single, affordable multi-lingual environment. As a result, the Agilent Momentum GX is ideal for helping designers achieve cost-effective, first-pass design accuracy without ever leaving the Genesys design flow.

Agilent's Momentum GX 3D-planar EM simulator accurately characterizes and improves passive circuit performance. It has the ability to analyze arbitrary design geometries, including multi-layer structures, and can also accurately simulate complex EM effects such as coupling and parasitics. Momentum GX features both full-wave and quasi-static EM solvers. The full-wave EM solver provides accurate simulation of open-boundary problems, can simulate structures with novel, arbitrary shapes, and is capable of full dispersion and radiation simulation. The quasi-static solver enables significantly faster simulation of much larger, complex circuits without sacrificing accuracy.

"As traditional RF and microwave component designs move higher in frequency, the accuracy of physical design verification becomes a key focus of the design cycle," said Mounir Adada, product marketing manager with Agilent's EEsof EDA division. "As a highly cost-effective and accurate solution, Momentum GX addresses the needs of today's resource-limited, self-supporting RF workgroups that want to create high-quality designs and speed them to the marketplace. With essential RF and microwave simulation capabilities at a price that appeals to even the most budget-conscious designer, Momentum GX makes an enterprise-grade EM tool now available to the rest of the RF community."

Agilent's Genesys software is an integrated EDA platform for RF and microwave design. With a powerful design flow that spans from initial system architecture through final documentation, Genesys provides state-of-the-art performance in a single, easy-to-use design environment that is fast, powerful and accurate

August crack software list

007-08-30 Think3.ThinkiD.DesignXpressions.v2007.1.106.36.ISO
2007-08-30 COADE_CADWORX_IP_V2008
2007-08-30 COADE_CADWORX_EQUIPMENT_V2008
2007-08-30 COADE_CADWORX_P_AND_ID_PRO_V2008
2007-08-30 COADE_CADWORX_PLANT_PRO_V2008
2007-08-30 COADE_CADWORX_STEEL_PRO_V2008
2007-08-30 MATERIALISE_MAGICS_RP_V11.1
2007-08-29 GRAITEC.ADVANCE.STEEL.V7.1.SP2 1CD
2007-08-29 GRAITEC.ADVANCE.CONCRETE.V7.1.SP2 1CD
2007-08-29 INVENSYS.SIMSCI.DYNSIM.V4.2.3 1CD
2007-08-29 PLANIT.SOLID.V4.1 1CD
2007-08-29 INVENSYS.SIMSCI.HEXTRAN.V9.1 1CD
2007-08-28 GibbsCAM.2007.v8.5.27
2007-08-28 ROBOBAT.ROBOT.OFFICE.V20.FIX
2007-08-27 NI.LabVIEW.v8.5.DSC.Module 1CD
2007-08-27 NI.LabVIEW.v8.5.Real.Time.Module 1CD
2007-08-27 NI.Motion.v7.6 1CD
2007-08-27 NI.Multisim.Analog.Devices.Edition.v10.0.1 1CD
2007-08-27 Stata v10.0 (c) StataCorp LP 1CD
2007-08-27 ArtiosCAD_v7.2 (c) Esko nv DVD
2007-08-22 CambridgeSoftware.ChemOffice.Ultra.2008.v11
2007-08-19 PlanetPress_Suite_v6.0_MULTiLANGUAGE 1CD
2007-08-17 Solidworks.Video.Tutorial.Volume 2.3 2CD
2007-08-17 MSC.SOFY.V2007.R1 1CD
2007-08-16 DELCAM.FEATURECAM.V14 1CD
2007-08-16 SCANVEC-AMIABLE.FLEXISIGN.PRO.V8.1.R1 3CD
2007-08-16 DELCAM.ARTCAM.JEWELSMITH.V9.126 1CD
2007-08-16 Algor.DesignCheck.v20.3.SP1
2007-08-16 DELCAM.ARTCAM.PRO.V9.126 1CD
2007-08-15 Agenda.Software.v8.0.R3.GERMAN 1CD
2007-08-15 MasterCAM_X2_v11_SP1 2CD
2007-08-15 Algor.Pipe.Pack.V10.SP3
2007-08-13 AUTODESK.AUTOCAD.RASTER.DESIGN.V2008 1CD
2007-08-13 WILCOX.PC-DMIS.V4.2 1CD
2007-08-13 UGS.NX.V5.0.1.4.64BIT.UPDATE.ONLY 1CD
2007-08-11 CSCC.MASTERSERIES.V2006.19 1CD
2007-08-11 Autodsys_AcceliCAD_2008 1CD
2007-08-10 NI.DAQmx.v8.6
2007-08-10 NI.LabVIEW.v8.5
2007-08-10 NI.LabVIEW.Signal.Express.v2.5.
2007-08-10 NI.Vision.v8.5.Acquisition.Software.
2007-08-10 NI.Vision.v8.5.Development.Module
2007-08-10 Intel.Thread.Profiler.v3.1.005.
2007-08-10 Intel.Thread.Checker.v3.1.005.
2007-08-09 CD-adapco.Star-CCM.Plus.v2.08
2007-08-09 CD-adapco.Star-Design.v4.12
2007-08-09 AUTODESK.REVIT.MEP.V2008
2007-08-08 GibbsCAM.2007.v8.5.22
2007-08-08 MSC.Marc.2007.R1 1CD
2007-08-08 ICAM-CAM-POST V17 1CD
2007-08-06 Minitab.v15.1.1.Incl.Keymaker
2007-08-06 Bentley.Building.Electrical.Systems.XM.v08.09.04.10
2007-08-05 CambridgeSoft.ChemACX.Ultra.v10.0.DVD
2007-08-03 BENTLEY.STAAD.PRO.V2007 1CD
2007-08-03 ALGOR.Designcheck.v20.3
2007-08-03 ROBOBAT.ROBOT.OFFICE.V20 DVD
2007-08-02 CNC_MACHINIST_TOOLBOX_V9.2
2007-08-01 ABAQUS V6.7 (c) SIMULIA FOR win &Linux

ShipConstructor v2008 License crack

ShipConstructor Launches Next Generation Shipbuilding Platform


Victoria, BC, Canada, Friday 27th July 2007

ShipConstructor Software Inc. (SSI), a world leader in ship design software systems, today
launched its next-generation shipbuilding platform. ShipConstructor® 2008 delivers a new standard in
advanced AutoCAD-based, three-dimensional product modeling and production planning software.
“SC 2008 is an immensely powerful tool designed to meet our customers’ needs for reliable, userfriendly,
integrated software design and production capability for even the most complex and specialized
marine applications,” said Rolf G. Oetter, president and CEO, SSI.

To accomplish these customer-focused goals, the SC 2008 design team greatly enhanced the parametric
modeling functionality introduced in the SC 2006 version, incorporated key data from customer needs
analyses, conducted extensive beta testing by long-term users, and undertook a rigorous quality assurance
process. In addition, SC 2008 leverages the wealth of AutoCAD capabilities which significantly reduce
the time it takes to migrate to a ShipConstructor solution and simplify data exchange with other parties.
SC 2008 is completely compatible with many powerful programs such as Inventor, Rhino, MaxSurf,
Multisurf, NavisWorks and all versions of SQL Server 2000 and SQL Server 2005.

The ShipConstructor team is currently completing and testing the much-anticipated Split & Merge
capability for release later this year. “This new function facilitates collaborative shipbuilding and floating
offshore project development between engineering design teams in a completely secure IT environment,”
said Steve Ivison, project manager, software development, SSI. “It will be easy to outsource portions of a
project to subcontractors while maintaining overall control and concurrent engineering through periodic
merges.”

Over 6,000 ShipConstructor software licenses are used by more than 300 organizations on six continents,
including the U.S. Navy, Dubai Drydocks, Austal Ships, Genoa Design, Vripack Yachting International
and Labroy Offshore.
form:www.caxsoft.net

July crack software list

2007-07-31 TRANSCENDATA.CADFIX.V7.1 1CD
2007-07-30 Camtek_PEPS_v5.3.12_MULTiLANGUAGE 2CD
2007-07-29 CAMMAN.v4.0.5.Multilingual
2007-07-28 Bentley.AutoPipe.XM.v09.00.00.08
2007-07-28 Bentley.Building.Mechanical.Systems.XM.v08.09.04.29
2007-07-25 GibbsCAM.2007.v8.5.16
2007-07-24 Insightful_S-PLUS_v8.0 1CD
2007-07-23 FunctionBay.RecurDyn.v6.3.SP5 1CD
2007-07-23 LUSAS.FEA.V14.03 1CD
2007-07-23 GridPro.v4.5
2007-07-23 Bentley.Microstation.Architecture.&Structural&.Triforma.XM.v08.09.04.30
2007-07-23 Bentley.Microstation.XM.v8.09.04.51
2007-07-21 SAP.ECC5 4DVD
2007-07-20 DELCAM_FEATURECAM_INCL_SOLID_PLUGIN_V13.3.0.13
2007-07-19 SOFTPLAN V13.33 1CD
2007-07-19 Mathematica v6.01 for Windows &Linux 2CD
2007-07-17 SDS/2 Suite V7.025 ( C ) Data.Design.System.Multilanguage
2007-07-17 AUTODESK.REVIT.ARCHITECTURE.V2008.SP1 DVD
2007-07-16 ADAPT_BUILDER_EX_V3.1
2007-07-16 ADAPT_PT_V8.0
2007-07-16 SOFTTECH_STRUDS_V2007
2007-07-15 Hampson.Russell.CE.v8.R1.2.&Linux,AIX ISO 5CD
2007-07-15 MSC.Nastran.v2007.R1.&Linux 3CD
2007-07-13 CHIEF.ARCHITECT.X1.V11 DVD
2007-07-12 ROMEO V4.3.1 (c) INVENSYS SIMSC 1CD
2007-07-11 UGS.NX.I-DEAS.V5 DVD
2007-07-11 OPTIS.OPTISWORKS.STUDIO.V2007 DVD
2007-07-10 SOFTIMAGE.ALIENBRAIN.V8 1CD
2007-07-09 ALGOR.Designcheck.v20.2.SP1
2007-07-09 Bentley.Microstation.GEOPAK.Suite.v8.08.02.73
2007-07-08 Bentley.Civil.Extension.For.InRoads.XM.v8.09.01.42s
2007-07-08 Bentley.InRoads.Suite.XM.Edition.v8.09.01.4
2007-07-05 GibbsCAM.2007.v8.5.15
2007-07-04 DASSAULT.SYSTEMES.CATIA.V5R17.SP6.for 64BIT &32BIT DVD
2007-07-03 Simulia.Abaqus.v6.7.Linux64 &win64&win32 3DVD
2007-07-03 Mercedes.Benz.Navigations.CD.Audio.50.APS.Europa
2007-07-02 MSC.Adams.2007.R1 ISO 1CD
2007-07-02 CODEGEAR.RAD.STUDIO.DELPHI.V2007 2DVD
2007-07-02 TEKLA.STRUCTURES.V13 1CD
From:caxsoft website

SDS/2 V7.0 (C)Design Data

SDS/2 is more than the software you need today or tomorrow. It’s a key building block for the future of your business.

For more than two decades, Design Data has diligently worked to make SDS/2 the best product on the market. By constantly updating SDS/2 with an array of new and creative solutions, Design Data remains at the forefront of innovation in the steel industry. New SDS/2 features, connections and enhancements are being developed every day.

Among many innovations, Design Data was the first software company to provide:

Automatic connection design
Detailing with a framing plan approach
Multi-site capabilities with one model
Multi-user capabilities with one model
True 3D model for producing details
Automated shop equipment support
Capability to import engineering data into detailing system
Job status tracking
3D model review
Customizable drawing presentation
SDS/2 is the only product with the built-in intelligence to automatically design connections using a 3D model with a multitude of options for beams, columns, bracing and joists. A full station of SDS/2 gives you the power to get the job done.
From:caxsoft

FLOMERICS.FLOTHERM.V7.1

FLOTHERM is powerful 3D simulation software for thermal design of electronic components and systems. It enables engineers to create virtual models of electronic equipment, perform thermal analysis and test design modifications quickly and easily in the early stages of the design process well before any physical prototypes are built. FLOTHERM uses advanced CFD (computational fluid dynamics) techniques to predict airflow, temperature and heat transfer in components, boards and complete systems.

Unlike other thermal simulation software, FLOTHERM is a Design-Class or industry-specific analysis tool specially designed for a wide range of electronic applications that include:

computers and data processing,
telecommunications equipment and network systems
semiconductor devices, ICs and components
aerospace and defense systems
automotive and transportation systems
consumer electronics
As a Design-Class tool, FLOTHERM features specialization, built-in intelligence and automation not found in traditional analysis software. This functionality maximizes productivity for thermal design experts, minimizes the learning curve for mechanical design engineers and provides the highest levels of return on investment available from analysis software.

In a small to medium-sized company, FLOTHERM can pay for itself several times over in just one year and even faster as the size of the company increases. Experience the benefits of using FLOTHERM for thermal design of electronics, that include:

solving thermal problems before hardware is built
reducing design re-spins and product unit costs
improving reliability and overall engineering design
from

Halcon V8.0 (C) Mvtec Software

operations on regions enclosed by contours or polygons.

Bar Code and Data Code Reading

HALCON now provides a new bar code reader, which robustly finds any potential bar code region, can read multiple codes at the same time, and is easy to use. Furthermore, the bar code reader can now read RSS-14, RSS-14 Truncated, RSS Limited, and RSS Expanded bar code symbols.
HALCON's 2D data code reader now allows to assess the print quality, compliant with the international standard ISO/IEC 15415.

Other New Operators and Extensions
Contours can now also be read from and written to DXF files.
HALCON now provides operators to grab images (or image tuples), regions, and control data.
HALCON now provides a new operator for image inpainting based on coherence transport.
The generation of mosaics (image stitching) has been enhanced by new operators and extensions of existing ones.
HALCON now provides operators to create and interactively draw and modify XLD contours that approximate NURBS curves.
HALCON now provides new operators to compute the dense optical flow vector field between two images.
HALCON now provides operators for computing the polar transformation of regions and XLDs.
HALCON now provides operators for computing the transformation matrix for a principal component transformation of a multi-channel image and for applying an arbitrary linear gray value transformation.
HALCON now provides operators for powerful string processing based on regular expressions.
HALCON now provides an operator for testing whether a region is a subset of another region.
HALCON's variation model has been extended with three new operators and various enhancements of the existing operators.
Speed-Up

HALCON in general is now significantly faster because of a faster memory management.
A new operator allows to smooth images with the extremely fast binomial filter. This filter is also available via other filter operators.
In addition, many operators have been sped up significantly, e.g., laplace, compare_variation_model, edges_image and edges_sub_pix, fit_ellipse_contour_xld and fit_circle_contour_xld, and sobel_amp.
HDevelop

Complete Revision of the User Interface

HDevelop's Graphical User Interface has been completely revised to improve usability. Besides design improvements like new icons, many functional extensions have been introduced in almost every part of HDevelop. Due to their number, the list of detailed changes contains only the most important ones. The completely revised HDevelop User's Guide contains a detailed description of the current functionality.

Assistants
HDevelop now provides assistants that simplify the use of important machine vision tasks. The Image Acquisition Assistant allows to quickly configure the connection to an image acquisition device. The Matching Assistant acts as a comfortable front-end to HALCON's shape-based matching. It replaces HMatchIt. The assistants automatically generate the corresponding HDevelop code.
From:caxsoft

cadmeister v2.0 (c)UNISYS

The era of mega competition demands everlasting quality improvement (Q), price reduction (P) and delivery time decrease (D). CADMEISTER assists Japan's production industries by offering the easy-to-use and smooth-to-implement 3D CAD/CAM system to the manufacturing workplaces who have been hesitant to install it because of the innate difficulty.
The Japan's high skilled engineers' expertise digitalized by Nihon Unisys Excelution's CAD/CAM development techniques and Digital Meister Project (*) conducted by Ministry of Economy, Trade and Industry improves the competitiveness of Japan's manufacturing industries extensively, from a personal office to a large corporation.

*Digital Meister Project
The official name is "Product Fabrication and IT Integration Promotion Technology". The objective of this project is to strengthen the Japan's "manufacturing ability" through developing and disseminating computer aided design and manufacturing systems equipping the expertise of Japan's high-skilled engineers and technicians.

CADMEISTER Concept
CADMEISTER provides "Customer-Oriented" services

Parting& cavity/core creation
CADCEUS provides powerful functions to create parting & core/ cavitiy
Mold base design
Futaba Standard Mold base is automatically generated by order code input, and user easily generates Customize Mold base type that is defined by user

The product designing
CADCEUS standard functions provide powerful shape modeling such as automatic
transition from surface to solid, application of draft angles and shape modification by taking shrink rate into account.

Mold flow Analysis
CADCEUS provides effective and functional solutions to the problems inherent in the injection molding design-to-manufacture cycle
From:caxsoft

PlantSpace Design Series V8.x (c)Bentley

3D parametric equipment modeling
Bentley PlantSpace Equipment helps you create and edit mechanical equipment in a 3D environment. The system is built on powerful object-oriented technology, yet it is easy to use and customize. It provides parametric modeling and allows you to use existing equipment libraries, as well PlantSpace Equipment comes complete with mechanical equipment types commonly used in building and plant design (such as pumps, tanks and heat exchangers). A full selection of nozzle types also provides full connectivity to piping.
PlantSpace Equipment works seamlessly with other Bentley design and information management technologies and can integrate with your plant and business systems, making the most of your valuable information investments
PlantSpace Design Series software is a suite of 3-D design and modeling applications. This series is scalable to address the requirements at hand, whether a user is creating a small project, reusing an existing drawing, or designing an entire plant. A user can run a project independently on the desktop, or a work group can collaborate over a local-area network or global wide-area network, sharing a common plant model.
.

AUTOFORM.MASTER.V4.1

Technorati Profile

AutoForm 4.1 was then introduced, in its most significant elements, by AutoForm-USA’s Engineering Manager, Kidambi Kannan through presentations and short software demos.

AutoForm 4.1 is a major release featuring numerous new functions, enhancements, as well as brand new modules, e.g., solver improvements, springback, compensation, coatings, CAD integration, data management and much more. This heightened participants’ anticipation for the hands-on AutoForm 4.1 workshop planned for the next day … in particular, for a demonstration of AutoForm’s vision for intelligent compensation based on formability and springback.

Following this, the management team – Waldemar Kubli, Volker Steininger and Vallury Prabhakar – answered a wide variety of questions from the audience.

From:caxsoft

Tracepro v4.04 (c)Lambdares Research Corporation

TracePro® is a general raytracing program for illumination analysis, optical analysis, radiometry analysis, and photometry analysis. It is the first optics software to be based on the industry-standard ACIS solid modeling kernel from Spatial, Inc. It is also the first software to combine true solid modeling, powerful optical analysis features, strong data exchange capabilities, and an enjoyable graphical interface.

FeaturesTracePro has a full set of features for solving your illumination design and optical analysis problems. TracePro Expert, our flagship edition includes many advanced features as well. The following is a brief summary of TracePro features.
CAD graphical interface including interactive zoom, pan, and rotate, render, wireframe.
Object-oriented Windows code for unlimited capability.
Comprehensive geometry modeling - any CAD solid model can be imported into TracePro and ray-traced.
CAD data exchange - import any SAT file (included with all TracePro editions), or IGES or STEP file (option).
Healing module lets you repair faulty geometry imported from other CAD programs (option).
Lens design file import (option) from OSLO, CODE V®, ZEMAX®, ACCOS V™, or Sigma™.
Silhouette, wireframe, and rendered viewing modes with graphical editing capability.
Complete solid modeling capability including Boolean operations (intersect, subtract, and unite).
Solid Object editing features: Move, Rotate, Scale, Cut, Copy, Paste, Insert.
Surface editing features: Sweep and Revolve.
Comprehensive macro language (Scheme) allows complete automation of TracePro including optimization loops.
Monte Carlo ray tracing with variance reduction techniques (ray splitting and importance sampling).
Properties database including many standard properties, plus user-defined properties.
Material Properties including optical glasses, infrared materials, plastics, and more. Materials can vary versus wavelength and temperature.
Bulk Scatter Properties including models for biological tissue.
User-defined Bulk Scatter Properties (Expert edition) let you program your own models in a DLL.
Surface Properties including versatile scattering model for BRDF and BTDF. Surface properties can vary versus wavelength, angle of incidence, and temperature.
Gradient Index Properties, with all popular models and dependence on wavelength and temperature.
Thin Film Stack Properties for modeling multi-layer optical coatings. Variation versus temperature.
RepTile™ Properties (Expert edition) for modeling repetitive micro-structures for display applications and Fresnel lenses.
Aperture diffraction model for stray light predictions.
Diffraction gratings with unlimited user-defined diffraction efficiencies, varying versus angle of incidence, wavelength, and temperature.
Two ray-tracing modes for all your analysis needs.
Polarization modeling using Stokes vectors and Mueller matrices.
Powerful and extensive source modeling.
Grid sources for regular or random grids of rays. Model virtual sources (sun), lasers, or point sources.
Surface sources can be applied to any surface, even those imported from CAD programs.
Sources specified by flux (lumens or watts) or illuminance/irradiance (lux or watts/m2).
Powerful and flexible Blackbody/Graybody/Thermal source modeling.
Import Radiant Imaging ProSource® source files.
Define your own source using TracePro's source file format or create one using TracePro results.
Bitmap Source (optional) module lets you use an image file (bmp, gif, jpg, or tif) as a source.
Graphical and tabular output.
Illuminance/Irradiance distribution for any surface in your model.
Candela/Intensity distributions in four different formats. Export IESNA file or eulumdat file.
Polarization state plot for any surface in your model.
Flux report gives detailed tabulation of flux by surface and object.
Incident Ray table shows all ray data for any surface in your model.
Ray History Table shows the history of all rays reaching any surface in your model.
Ray Path Table summarizes flux reaching any surface, sorted by ray path.

CAM-POST V17 (C) ICAM

CAM-POST is an advanced independent single source NC post-processing development, management and deployment technology supporting all major CAD / CAM / PLM systems, CNC controllers and machine tools. CAM-POST incorporates over 35 years of industry leading NC expertise to deliver the most advanced, intuitive and flexible system architecture available.

CAM-POST Benefit Highlights
Ease of use takes the front seat for a quick & efficient implementation… CAM-POST includes over 200 NC controller quick-start defaults, which can be selected to simplify and speed post-processor creation. Also, as a standards feature, CAM-POST includes a unique comprehensive "point and click" Wizard that allows even the most novice users to generate advanced NC post-processors quickly and effectively.
The Wizard easily guides users through all the various steps involved when creating NC post-processors by using illustrated sets of instructions, which provide an intuitive graphical interface for effortless definition of machine kinematics, axis sign conventions, travel limitations and rotary pivot distance offsets.
Virtual Machine® for Integrated machine tool simulation during post-processing… Implementing Virtual Machine as an integrated option to CAM-POST, delivers a powerful graphical machine tool simulation solution that enables NC programmers to graphically simulate and test programs against collisions easily and automatically during post-processing.
The machine tool and controller data for both Virtual Machine and CAM-POST are stored and managed in the same database. This eliminates the error-prone and time consuming alternative of entering the same machine and control data twice when using a non-integrated solution .

An instinctive, knowledge-based methodology… CAM-POST provides a "Navigator" that organizes post development into broad categories and more specialized subcategories. A "Modification Wizard" provides access to a subset of the complete development environment, exposing only those post-processor specifications most likely to require review. CAM-POST’s extended depth enables customers to handle complex situations by providing simple responses, rather than having to design and develop logic using macros.
Increased NC Programmer productivity and manufacturing process efficiency… The CAM-POST "Visual Debugger" traces and synchronizes the CL file input, NC code output, macro code and diagnostic messages produced during post-processing. The user can view or change any post-processor variable on the fly, in a single integrated workbench. Breakpoints can be set and cleared with the mouse pointer on CL records, macro source, when variables change or when certain blocks are output.
CAM-POST management capabilities include: full do/undo to support for multiple revisions of the post-processor to compare different post versions with "links" to directly jump to differing post specifications; full-time on-line help and a "quick test" button to immediately see the NC code effect on changes for easy experimentation.

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