NEXYGENPlus Data Analysis and Materials Testing Software

NEXYGENPlus multi-lingual materials testing software is the hub of the Lloyd Instruments materials testing system. This extraordinarily easy to use and flexible software, allows the operator to control and monitor all aspects of the system from a single front end, ensuring fast, reliable and powerful testing and data analysis for tensile, compression, peel, creep, relaxation and flexural test applications.

Features

* Test Creation Based on Intenational Standards
* Large built-in library of test methods meeting international standards such as ASTM, DIN, EN and ISO
* Video capture system allows playback of synchronised video and graph. Ideal for post test analysis of product and component testing
* Still picture capture system allows still images of the sample to be captured throughout the test and used in post test analysis
* Configurable front end
* Advanced data analysis and reporting features
* Export data to Microsoft® Office, SPC or LIMS packages
* 100% traceability provided by security and audit trail module enabling manufacturers to comply with the requirements of FDA 21 CFR Part 11
* ISO TickIT approved

Origin 8 Data Analysis and Graphing Software

Origin 8 provides a data analysis and graphing workspace for scientists and engineers. New features include multi-sheet workbooks with sparklines, expanded import capabilities, SQL queries, automatic recalculation of analysis results and new graph types.

Origin 8 includes a suite of features that cater to the needs of scientists and engineers alike. Multi-sheet workbooks, publication-quality graphics, and standardized analysis tools provide a tightly integrated workspace for you to import data, create and annotate graphs, explore and analyze data, and publish your work.

To ensure that Origin meets your data analysis requirements, intuitive tools for advanced statistics, regression, nonlinear curve fitting, signal processing, image processing and peak analysis are built-in. Since any analysis operation can be set to automatically recalculate, you can reuse your projects as templates for future work, thereby simplifying your daily routine.

IGOR Pro Graphing and Data Anlysis Software

IGOR Pro is an interactive software environment for experimentation with scientific and engineering data and for the production of publication-quality graphs and page layouts. IGOR has been used by tens of thousands of technical professionals since its introduction in 1989. Here are a few highlights...

* IGOR Pro produces journal-quality scientific graphs and exports high-resolution graphics formats such as Encapsulated PostScript (EPS) and PDF.
* IGOR Pro handles large data sets very quickly.
* IGOR Pro includes a wide range of capabilities for scientific and engineering analysis and graphing.
* IGOR Pro has special support for time-series or other evenly-spaced data.
* IGOR Pro includes a powerful suite of image processing operations for image filtering, manipulation, and quantification.
* IGOR Pro imports data in many formats, and can acquire data from hardware devices.
* IGOR Pro is completely programmable via a built-in programming environment, and can be extended by external code (XOPs) written in C.
* IGOR Pro doesn't require any programming; most functionality is available using standard menus, dialogs, and the mouse.
* IGOR Pro runs on Macintosh and Windows computers, and IGOR's data files are cross-platform compatible.
* IGOR Pro has responsive, user-acclaimed technical support and comes with a no-questions-asked 90 day money-back guarantee.

CADFind 2D and 3D Graphical Design Retrieval

CADFind is 2D and 3D CAD search tool which allows reuse of existing parts and drawings to help reduce part duplication and costs that are associated with designing new parts.

Key Benefits:

* All of your parts are stored in a single repository that can be searched by all the design team at any time
* Part repositories are easily maintained using CADFind's unique 'one click' process
* Allows designers to find similar parts during the design stage
* Downstream cost savings; tooling, materials and designs can be reused
* Prevention of design duplication
* Part Standardization
* Finding duplicate parts will help rationalize your part repositories

nanoXplorer IDE Software for Designing, Visualizing and Simulating Nanoscale Components

Designing nanoscale devices and other molecular systems is not an easy thing to do; nanoengineering is a truly multidisciplinary activity, requiring tools from chemistry, physics, computer-aided design, high-end visualization, mechanical engineering, and other areas. nanoXplorer IDE is unique in that it makes the nanodevice its central design focus and tackles the nanoengineering problem from all angles.

* Interactive 3D Design
* Workspace
* Nanocomponent Wizards
* Selection Highlighting
* Nanocomponent Plug-ins
* Nanodevice Model
* Real-time Collaboration
* Interfaces and Connections
* Hide Components
* Widget Sets

nanoXplorer IDE provides a flexible array of visualization options for displaying atomic systems and nanoscale components in interactive 3D for the purposes of design and analysis. With predefined views, intuitive navigation, smooth animation and support for high resolution image and video output, nanoXplorer IDE makes you feel like a tiny nanoscale observer in the thick of the action and gives you the tools you need for communicating with your colleagues.

* Create Videos
* Scale from Angstroms to Meters
* Background Colors, Gradients and Images
* Labels
* Atomic System Display Options
* Save Images, Export Scenes
* Advanced View Control
* Level of Detailing

Strand7 Full-Featured Finite Element Analysis Software for Windows

AxisVM is a high-quality software package for civil engineers. It is a useful tool for engineers in numerous countries. Users can build the 3D model with the aid of integrated visual modeling and simple manageability. An intelligent graphical user interface supports all period of the process: definition, analysis and result query.

Strand7 lets you build models quickly. Create, delete and manipulate elements with a comprehensive set of tools, automatic meshing and unlimited undo. Organise a complicated model into a simple set of parts using the Group Tree. Define your own coordinate systems and beam cross-sections. Check mesh quality with aspect ratio and warping contours and free edge detection.

Strand7 harnesses the power of Windows®. Open multiple models at the same time. Cut-and-paste elements in 3D - even between models - and copy data to and from other Windows® programs. Import geometry data from IGES, ACIS and DXF files. Choose drawing styles and colours. Set the physical units for viewing and entering data. Dynamically rotate, pan and zoom in real time with a single click.

Equations! for Ms Office and OpenOffice

Whenever you are familiar with Equations editor or with Latex, Equations! is for you. IO Software Equations is the advanced equations editor which combines the power of features with use simplicity. Supporting over 700 unique symbols with more than a thousand possible combinations, a vast equation library, real time Latex editing, using its own scientific fonts, Equations! is the ultimate equation editor designed by science people with science people in mind.

Equations! supports 692 Latex tags, producing over 700 unique symbols, with new symbols being added regularly. This makes Equations! possibly the most complete equation editor currently available.

Latex support with real time editing

Latex has been for almost 30 years the preferred way for scientists to create their documents. Simple and powerful, allowing people to create beautiful scientific documents it is not difficult to understand why Latex has endured for so long. Its only drawback is that users need to virtually remember hundreds of tags to write their equations, and no software allows them to view in real time what they write. Until now… Equations! has full latex syntax support, with 692 (and growing) tags allowed. Latex is processed in real time, which means whatever you write in latex can automatically be seen in visual editing area. And the opposite is also true: if you edit your equation visually you will see your Latex code be automatically updated. In Equations! Latex and visual editing are closely interlinked and by combining both users have an unprecedented power and ease in writing scientific equations. No longer Latex users have to remember hundreds of tags as they can easily access them from the combo boxes. At the same time the visual editor users can quickly change their equations using the simplicity and speed of Latex without needing to know any Latex at all.

See documents created with Equations! anywhere

Equations! uses OLE technology to work with programs like MS Word, PowerPoint, Open Office. This means that unlike some products you do not need to have Equations! installed in your computer in order to see any documents created with it. You can send documents created with Equations! to your friends and colleagues, you can take them to meetings, without worrying about if you will be able to see them or not.

Library

In Equations! users can save their most common used expressions in the Library for later reuse. The Equation library comes with two formularies, one for Physics and another for Mathematics, with hundreds of equations available that can be consulted and used in documents. The Library contents format is simple XML which means that users can easily change, expand, or even create whole new libraries. They can also publish contents or exchange them online with other users. Library formularies are free.

User Community

With the Library we wish to create a bit more than a simple reference text. We expect and hope that users will exchange online tips, tricks and library contents among them forming a user community. To this end we have created several online forums and we will update regularly the official Library contents with any equations that users send us.

Fonts Quality and fonts program

One of the biggest problems nowadays of writing equations in electronic documents is that no font currently available supports the whole range of scientific symbols. This means that users are often forced to use 2, 3 or even more fonts with different styles and scales in their documents. We tried to address this problem in Equations! by developing our own fonts assuring this way the uniformity of all symbols.

Color

In Equations! expressions can be of any color the users like. While standard Latex does not support color, through the use of the DVIPs package users can write equation elements with any color of their choice.

Simplicity and Personalization

A great deal of work and thought was put by IO Software development team in order to assure that Equations! interface was simple, practical, and intuitive. It is our philosophy that our products while powerful and innovative must remain simple, intuitive, and beautiful. Usability is as much a concern for us as it is innovation. This way we created combo boxes with both graphic representation of symbols and their latex code to faster and better identification. We created also a Speed Bar to quickly access the most commonly used symbols and put all features in plain sight, well organized, so that no confusion can be made. And case all this is not enough we also give users the choice of changing the symbols organization and labeling both in combos and speed bar to better suit their needs.

AcceliCAD 2009 CAD Design and Drafting Software

Any AutoCAD user can easily use AcceliCAD immediately. It looks like AutoCAD, acts like AutoCAD, - but at a fraction of the cost to acquire and maintain.

AcceliCAD has all the features (and more) but at less than half the cost of AutoCAD LT and less than 1/10 the cost of AutoCAD. AcceliCAD is exceptional value when compared in any way with the more expensive software.

AcceliCAD is the intelligent choice for architects, engineers, designers - in fact any professional who creates or uses CAD drawings.

Here is why:

Unrivaled DWG File Format Compatibility

The vast majority of technical professionals use the industry-standard DWG file format. If you can't read and write DWG you might as well be working on the Moon. AcceliCAD's native file format is .DWG. When you open an existing DWG file there's no file conversion and no data loss. Further than that AcceliCAD can read and write different DWG formts from v2.5 through to 2008. No version of AutoCAD will do that.

AcceliCAD provides industry standard compatibility with an AutoCAD command set, as well programming api's such as LISP and SDS (AcceliCAD's C programming API). That means you can get to work immediately using the DWG files, commands and applications you know and rely on.

Exceptional Productivity

AcceliCAD offers many unique productivity features, including the ability to open multiple drawings at once; a Drawing Explorer that lets you review and exchange drawing content with drag-and-drop ease; and visual customization of menus and toolbars - no programming required. And thanks to its ActiveX integration, you can insert AcceliCAD drawings (or just parts of them) into a Microsoft Office application file such as Word or Excel.

Affordability

AcceliCAD is a heavy-duty CAD program that's rich on compatibility and features yet priced at a point that makes it affordable for professional and casual use as well. AcceliCAd is prefect for anyone who needs to design and draft in collaboration with others using DWG file format or uses DWG or DXF files for other purposes such as manufacturing.

C, LISP, and VBA Development

If you have existing applications built using the ADS or AutoLISP libraries, you can quickly port them to AcceliCAD, using the same languages (C++ and CAD-oriented LISP subset) and functions you are used to. AcceliCAD also includes a VB object model to implement custom programs quickly within your organization.

Materials Studio: Materials Science Modeling and Simulation Software

Materials Studio® is a software environment that brings the world's most advanced and validated materials simulation technology to desktop computing, solving key problems throughout the R&D process.

Materials Studio offers access to the complete range of computational materials science methods via desktop computing. It is designed for structural and computational researchers in chemicals and materials R&D who need to perform expertlevel modeling and simulations tasks in an easy-to-learn yet powerful environment. It provides tools for modeling crystal structure and crystallization processes, for the study of polymer properties, catalysis, and the study of structure-activity relationships. A rich API to parts of the Material Studio functionality also makes it possible for users to create scripts to customize and automate their modeling and simulation tasks.

Materials Visualizer provides all of the tools that you require to construct graphical models of molecules, crystalline materials, polymers , and mesoscale structures. You can manipulate, view, and analyze these models. Most tools in the Materials Visualizer can be accessed through the MaterialsScript API, allowing automation of tasks and letting expert users extend the functionality. Materials Visualizer also handles graph, tabular, and textual data and provides the software infrastructure and analysis tools to support the full range of Materials Studio products.

BOSE WinTest® Controls Fatigue Testing Software

WinTest® controls include advanced WinTest software and PCI control electronics to provide waveform generation, data acquisition, and instrument control in one comprehensive package. WinTest software, which runs on a desktop personal computer under the Windows® XP environment, features a fully integrated display and user windows that simplify test operations while providing advanced capabilities. ElectroForce® test instruments, by incorporating proprietary Bose® linear motion technologies and WinTest controls, provide a revolutionary approach to mechanical fatigue testing and dynamic characterization.

Powerful Waveform Generation

Periodic waveforms can be quickly configured for running fatigue tests, and they can be grouped together in blocks to create more complex tests. Advanced waveform features include recreation of real-life profiles and multi-channel synchronization.

Integrated Data Acquisition

Snapshot or periodic data collection can be configured in a matter of seconds. Options include timed data, peak/valley capture, level crossing and more.

Expandable hardware

WinTest software and PCI control electronics can be configured to run many dynamic test systems. In addition, WinTest PCI controls support multi-axis simulation, environmental chambers and many types of transducers.

Advanced Test Control Capabilities

WinTest software provides several features designed to better recreate the real-world conditions that are critical for the success of your testing programs. Advanced control capabilities include cross-channel compensation and calculated channels software to provide real-time calculations for measurement channels.

NEi Nastran Finite Element Analysis Software

NEi Nastran is a powerful, professional level, finite element analysis tool relied on by major industry groups to simulate and analyze linear and nonlinear stress, dynamics, and heat transfer characteristics of structures and mechanical components, including composites. Integrated tightly with FEMAP.

NEi Nastran FEA Software product suite key benefits

* Comprehensive interactive tools necessary for model creation, analysis monitoring, and results evaluation including a state-of-the-art analysis Editor.
* Uses the world's leading Windows-based pre- and post-processor for advanced engineering finite element analysis, FEMAP Modeler, which is easy to use and has the power to model very difficult analyses.
* Pre- and post-processor integrated with multiple industry-standard structural and thermal solvers.
* Specialized industry-proven element technologies, including hybrid quad and hex elements, advanced tension-only shell and cable elements, surface and spot weld elements, dissimilar mesh interpolation elements, and heat transfer elements.
* High performance processing including advanced parallel PCGLSS iterative, sparse direct, and block Lanczos solvers which allow solutions to large-scale models over 10 million degrees of freedom on inexpensive 32-bit Windows workstations with support for even larger model sizes on high end 64-bit Linux workstations.
* Advanced solution sequences such as linear and nonlinear static, transient dynamic, steady state dynamic, frequency extraction, heat transfer, and other analysis types provide a choice of appropriate analysis types for different types of simulations.
* Robust contact capability using a 3D surface contact method which easily handles dissimilar meshes between components including frictional effects.
* Extensive composite material support including 2D orthotropic, 3D orthotropic, general anisotropic, laminate lay-up definitions, and a wide range of failure criteria.
* Basic through advanced material models including temperature dependent materials, nonlinear elasticity and plasticity effects, creep and thermo-elasticity.
* Multiple subcase capability provides a highly efficient technique to evaluate the response of structures to many different load cases and boundary conditions.
* Substructuring and model reduction allows the creation and reuse of substructures to improve the efficiency of large analyses, provides a convenient method to transfer model data to subcontractors, and allows in-depth evaluation of particular regions and convenient transfer of models to subcontractors.
* Load and boundary condition interpolation allows mapping of thermal and CFD output from specialized heat transfer and fluid dynamic models to the structural model for load and boundary condition definition.
* Submodeling allows in-depth evaluation of particular regions.
* Support for standard manufacturing process effects such as casting induced warpage, residual stress and strain.
* Inertia relief capability allows the quasi-static simulation of forces acting on an unconstrained structure such as aircraft in flight or a submerged submarine.
* Advanced modeling capability features robust CAD import, advanced beam modeling, mid-surface extraction, hex and tet meshing, and a broad range of loads, materials, analyses types, and visualization options.
* Used to model virtually anything including aircraft, satellites, marine vessels, heavy construction equipment, and medical devices by engineering organizations and consultants world-wide.
* Integration with specialized fatigue applications such as Winlife, which is available as an add-on to the NEi Nastran product suite and also fe-safe, nCode, Falancs, and FE-Fatigue.
* Proven track record demonstrating that NEi Nastran is one of the most trusted products for structural analysis in all industries.