Alternatives to E-Hub NDI

CIVA is a comprehensive software for simulation and analysis, designed specifically for Non-Destructive Testing applications. It offers advanced tools for Ultrasonic Testing(UT), Eddy Current Testing(ECT), and Radiographic Testing(RT). It offers powerful modeling capabilities for simulation inspection processes. This allows users to predict and analyse the performance of NDT techniques in a virtual environment, before performing real-world inspections. CIVA optimizes inspection techniques, reduces costs, and improves reliability by simulating defects detection, characterizing materials properties, and visualizing detailed inspection scenarios. Its user-friendly design and robust algorithms make it a vital tool for industries like aerospace, energy and manufacturing where safety and precision is paramount. Engineers can use CIVA to evaluate inspection parameters, improve defect detection reliability, or ensure compliance with industry standards.

SprutCAM X is a widely used CAD/CAM/OLP system for CNC machines and industrial robots. We are pioneers in the field of Machine-Aware programming. This technology considers the movement capabilities and limitations of machines and robots at the initial programming stage, unlike most other systems which integrate these considerations during the machining simulation process. This eliminates the need for reprogramming and re-verification, ultimately reducing the time from project initiation to code completion. Enjoy the power, speed, and safety of a natural easy to learn, and use CNC programming workflow. SprutCAM X Robot is an innovative all-in-one CAD/CAM/OLP software that allows you to program complex robot applications without disrupting the manufacturing process and the need for an on-site robot programming expert without purchasing a separate CAM system. SprutCAM X Robot supports various brands and configurations of industrial robots, allowing the user to work in a single interface for programming and simulation and output code for use in actual robotic cell applications. Experience the powerful all-in-one software suite for complex and creative robotics tasks.

Visual Components offers comprehensive Robot Offline Programming software to streamline and accelerate the programming of industrial robotics across brands and applications. The platform allows users to create, simulate and validate robot programs within a virtual environment. This reduces the need for physical prototyping and minimizes production downtime. Key features include realistic simulation capabilities and detailed visual graphics. They also support over 18 post-processors as well as 40+ robot controllers. The software's intuitive interface allows for efficient programming and quick learning, even when complex layouts are involved.

EXANODIA creates non-destructive software that integrates artificial-intelligence algorithms to enhance the data analysis from various NDT methods, such as radiography and Phased Array Ultrasonic Testing. These solutions automate and simplify inspection processes to allow technicians to save time while minimizing human error. The software is flexible and modular. Users can customize features to meet the needs of their industry. This includes configuring parameters to suit particular types of material, welding procedures or regulatory standards. EXANODIA works with experts in the field to test and improve its products. It aims to create high-performance instruments that deliver accurate and reliable results. This will contribute to improved safety and product quality for various industrial applications. We are committed to working with experts in the field to test and improve our products.

KUKA.Sim, an intelligent simulation program, is designed to allow users to efficiently program KUKA robots offline. It allows users optimize robot and system operations outside of the production environment quickly and easily. The software allows for the creation of digital models, which are identical representations of future production processes. This 3D simulation covers the entire planning process from process design, visualization of material flows, to identifying bottlenecks, and generating PLC codes. KUKA.Sim provides 100% data consistency allowing virtual and real controllers both to work with identical data. This lays the foundation for virtual commissioning. This approach allows for pre-testing, optimization and the creation of new production lines. It also saves time by allowing rapid and individual planning of robot and system concepts without having to build anything.

RoboDK is an affordable simulator for industrial robots, programming and programming. RoboDK simulation software will allow you to get the best out of your robot. RoboDK's intuitive interface requires no programming skills. With just a few clicks, you can program any robot offline. RoboDK offers over 500 robotic arms in its extensive library. RoboDK's offline and simulation programming tools allow you to program robots in a different environment. RoboDK allows you to program robots directly from your computer, eliminating production downtime due to shop floor programming. Your robot arm can be used as a 5-axis milling machine (CNC), or a 3D printer. Simulate and convert NC codes to robot programs (Gcode or APTCLS files). RoboDK will optimize the robot path to avoid singularities, axis limits, and collisions. Simulating and off-line programming industrial robots has never been simpler.

AWS RoboMaker, a cloud-based service, allows robotics developers run, scale and automate simulations, without having to manage any infrastructure. It allows for cost effective scaling and automation of simulation workflows, supports large scale and parallel simulations using a single API, and facilitates creation of user-defined randomized virtual environments. Developers can perform automated testing in a continuous integration pipeline, train reinforcement learning models with extensive iterative tests, and connect multiple simultaneous simulations to fleet software for comprehensive testing. AWS RoboMaker integrates with AWS machine-learning, monitoring, analytics, and other services. This allows robots to stream, communicate, understand, and learn data. Connect multiple simulations simultaneously to your fleet software for testing.

DRIVE NDT, a cloud-based software management system, integrates all nondestructive testing inspection processes and methods into a single platform. It allows users to manage and organize the entire NDT job workflow including individual test reports, customer management, staff management, and device and equipment management. The software supports different NDT inspection methods. The software includes features such as order management, test reports generation, and staff admin. This comprehensive solution for NDT workflows provides a number of key features. DURR NDT, a German manufacturer, is a leading innovator in digital industrial X ray inspection systems and nondestructive test equipment. Automated data entry and transfer reduces transcription errors. Future-proof data storage, and smart data evaluation capabilities. For statistics. Integration into existing systems is seamless.

STATUS 5 software is designed to be user-friendly and assess the reliability and efficiency of non-destructive test techniques. It also evaluates operator performance. It allows technicians with little or no statistical knowledge to generate Probability of Detection curves, optimization plots and summary tables by statistically analyzing imported data. The software offers a recommendation for the best model based on the POD curve generated by the user. STATUS 5 has noise study and threshold optimization to adjust POD models based on inspection systems properties. It also includes sizing accuracy and optimization to calculate flaw sizing abilities and provide guidance to optimize calibration curves. The interface allows quick import and export of Excel documents, or manual data entry.

Visual robot programming and simulation using no-code visual programming. Designed for those who are not experts in robotics. Compatible with all major brands of robots (ABB FANUC KUKA Staubli Universal Robot Yaskawa Yaskawa Universal Robot ABB FANUC KUKA KUKA Staubli Universal Robot Yaskawa Yaskawa Yaskawa Yaskawa Yaskawa Yaskawa Yaskawa Yaskawa Yakawa Yaskawa Yaskawa Yaskawa Yaskawa Yaskawa Yaskawa Yaskwan Yaskawa Both offline and online robot programming is possible. No coding knowledge required. No programming knowledge is required to operate a robot. Our no-code interface allows you to interact visually with the 3D simulation environment, and robot programs will be generated automatically. You can get up and running quickly without spending time on the details. Discover how robotics can benefit you with our step-by-step tutorials and user interface. Design and simulate your robot workcell. In just a few mouse clicks, you can design, simulate and modify a robotic process. Anyone can design, test and reconfigure a robotic workcell in Fuzzy Studio.

ENCY Robot is an offline programming solution (CAD/CAM/OLP). It offers precision toolpath calculations, digital twin creation and advanced kinematics management for a variety of robotic processes including milling and welding, painting, additive manufacture, and pick-and place operations. Highlight: - A complete package that includes design, technology setup and toolpath calculation. - Support robots of any kinematics - Robot Kinematics Optimization for Singularity Avoidance and Collision Free Movements - Digital twin builder with zero-code for robotic cells - High-quality 3D robot models and postprocessors pre-defined by top brands ENCY Robot allows users to safely and effectively design and simulate robotic operations. This increases productivity and reduces manual intervention in complex production environments.

Analyst X, a high-performance software for data analysis developed by ScanTech Instruments and designed for ultrasonic B-scan inspections in nondestructive testing applications, is a powerful tool. It has automated reporting capabilities that allow users to generate scans and B-scans in a single click. It also supports the overlaying of multiple Bscans for detailed comparison analysis. The software can create data tables that display high, average and low values for every scan. It also includes a regating function which allows post-collection adjustments to scan data in order to create clean, smooth scan maps. A statistical analysis of scan data can also be performed automatically. Analyst X has a user-friendly, guided calibration interface that guides users through the calibration procedure. It also supports automated data collection, gain modification before and during scans with real-time monitoring and immediate adjustment capabilities.

Siemens RobotExpert is an easy-to-use, 3D simulation software and offline programming tool designed to optimize robotic operations in various industries. It allows the design and simulation in a virtual environment of complete workcells, allowing the optimization of robot path and validation of manufacturing processes. The key features include intuitive simulations tools, accurate cycle times analysis, collision detection and support for multiple brands and configurations of robots. RobotExpert allows for seamless integration into existing manufacturing systems. This increases productivity and reduces time-to-market. Its flexibility makes the software suitable for applications like arc welding and assembly. It is also ideal for painting, material handling, and painting. RobotExpert provides a virtual commissioning platform that helps identify and resolve potential issues early in design phase. This reduces costly errors and downtime.

Webots by Cyberbotics is a multi-platform, open source desktop application that allows you to model, program, and simulate robots. It provides a comprehensive development tool that includes a large asset library of robots, actuators and sensors. This allows for rapid prototyping, efficient robotics project creation and rapid prototyping. Users can import existing CAD model from tools such as Blender or URDF, and integrate OpenStreetMap to create detailed simulations. Webots offers support for multiple programming languages, including C++, Python Java, MATLAB and ROS. This flexibility allows developers to meet a variety of development needs. The combination of a modern GUI with a physics rendering engine and OpenGL renders allows for realistic simulations of robotic systems such as wheeled and industrial robots, legged robots and autonomous vehicles. The platform is widely used in industry, research, and education for tasks such as robot prototyping and AI algorithm development.

RoboCell integrates ScorBase’s robotic control software and interactive 3D solid modelling simulation, accurately replicating dimensions and functions of Intelitek robot equipment. This integration allows students the ability to teach positions, create programs, and debug robot applications offline before they execute them in a real work cell. RoboCell allows students to experiment with simulated work cell setups, even if they don't have the physical setups in the lab. RoboCell allows advanced users to design 3D objects, and then import them into the software for use in virtual workcells. The software has three modes of operation: Online mode to control the robotic cell; Simulation mode to manage the virtual robotic cells in a 3D view; and Offline mode to verify ScorBase programmes. The software has several key features, including dynamic 3D simulation, tracking robots and devices, gripper part manipulation simulation, and support of peripheral axes such as conveyor belts, XY table, rotary table, etc.

DELMIA Robotics validates production systems, robot programming and 3D collaborative environments. The software integrates seamlessly with CAD solutions and reflects adjustments in real-time, resulting in a streamlined workflow. This reduces errors and time-to-market, while reducing the number of errors. Define robotic workcells, program and optimise robots, and virtually simulate the manufacturing environment and the product flow, reducing the need to deploy physical resources. This feature allows offline robot programming to be done without interrupting production, while also providing accurate virtual verification using digital twin technology. It allows manufacturers to ramp-up their systems with confidence that the robots will perform according to expectations while keeping production downtimes at a minimum. Create, simulate, validate equipment and tooling. Create your work cell using parametric objects imported from the catalog, or by creating and adapting your own.

Forge Lab provides AI training and simulations for vision-guided robots in a fast and convenient way. Manufacturing engineers can test their automation strategies and receive ready-made vision programs. AI-powered vision can lead to huge improvements in product quality and reliability. This includes retrofitting existing cells or new cells, as well as manual processes. AI-driven vision makes robotic cells more productive and reliable. Now you can use vision-guided robots with less risk and expertise. Vue software will change robotic guidance, bin-picking, assembly, and more at your facility. The AI will learn to understand the parts so that the robot can make the most efficient, safest and reliable movements to handle them. Vue knows how to avoid collisions in the operating area even when the object is in hand. The AI can accurately and precisely place the object or assemble it together with another object, since it understands the way the object was picked up.

RobotStudio, the world's leading offline simulation and programming tool for robotic applications, is available in many languages. RobotStudio is based on the best virtual controller technology. This gives you the confidence that the robot you see on screen will actually move. This unique technology allows you to build, test and refine your robot installation within a virtual environment. It speeds up commissioning and productivity by a large amount. RobotStudio Desktop allows you to program and simulate without disrupting ongoing production. RobotStudio Cloud allows individuals and teams to work together in real-time, from anywhere on any device, on robot cell designs. The RobotStudio Augmented Reality Viewer allows you to view robots and solutions within a real-world environment or a virtual room using any mobile device. The desktop and mobile apps allow teams to collaborate more effectively and make quicker decisions.

DIMATE SaaS allows for secure cloud storage of nondestructive testing inspection documents and data, facilitating professional evaluations and collaborative team discussions. This service is a flexible alternative for purchasing DIMATE’s PACS and CCMS solutions. It reduces internal expenses associated with traditional IT investment by eliminating the need to acquire and maintain hardware. DIMATE will install, configure, and operate the high-performance servers in a certified datacenter in Germany. Users can access these software modules via their mobile or stationary workstations. The transparent service fee covers software usage, system operations, cloud data storage and maintenance. DIMATE SaaS clients receive automatic updates that ensure access to the latest versions of software without additional costs. All data is stored according to DICONDE standards and high security standards.

NDTspec is software for managing non-destructive test reports. It was designed for engineers who oversee NDT and nondestructive evaluations. It allows multiple welds on each document, which makes it easier to create reports. Users can insert predrawn sketches and layouts in reports or create and store custom sketches for future usage. The software ensures compliance to quality assurance requirements across major codes and standard for welding documentation. A database of radiographic sources, which is intelligent, allows the calculation of current curies based on initial curies. This is complemented by a history log and an electronic decay chart. NDTspec provides forms that can be used to record other techniques such as visual or Eddy Current testing. It allows for full traceability in document creation, editing and signing. Electronic signatures are also supported.

HAL Robotics provides a flexible robot programming and simulation platform that is designed to automate complex and variable tasks in a variety of industries. DECODE is their flagship product. It is a software for human-robot collaboration that allows users to automate new tasks and variables without any programming or robotics expertise. DECODE allows for the creation of digital models for robot cells. This allows for simulation and validation through an intuitive drag-and drop interface. It supports more than 1,000 robot presets, and more 40 CAD formats. This streamlines the process of creating accurate virtual models. The platform offers customizable toolpaths that allow for quick and easy programming robots. This is done by combining robot action with a library parametric toolpaths. This approach ensures that robot tasks are error-free by utilizing native functions.

Analyst XR, a specialized software by ScanTech Instruments, is designed for advanced C scan corrosion mapping in nondestructive test applications. It allows users to create detailed 3D models for pipes or vessels using multiple scans. This facilitates comprehensive analysis and external views. The software has a user-friendly GUI with a calibration assistant to guide users through the accurate setup process. Real-time data monitoring enables immediate adjustments to be made during inspections. This optimizes data acquisition. Analyst XR has a regating feature that allows for post-scan adjustments. This ensures precise scan maps. Customizable templates allow the creation of job specific reports that include scan data, screenshots and text boxes. The software performs an automated B31G assessment on scan data to provide critical assessments of structural integrity.

RobotWorks is an off-line CNC-style programming program for industrial robots. It is an add-in for SOLIDWORKS that acts on CAD objects (faces and edges, etc.). Within an assembly. In one interactive environment, you can have all your creation parts, tools and fixtures, work-cells, robot paths, and more. Automatic path generation along CAD (faces and curves) features. Simulating robot motion and tool motion. Handles offsets and user frames. Motion in multiple coordinate systems is also supported. Imports points and converts them to robot programs. Translates and writes robotic programs in the most popular industrial robot formats.

MotoSim EG - VRC (Enhanced Graphics Virtual Robot Controller), a software for offline programming and 3D modeling, is a powerful tool that allows precise programming of robotic systems. It allows users to simulate robotic work cells without the need for physical robots. The software has many features, including optimizing robot and equipment positioning, reach modeling, accurate calculation of cycle times, automatic path generation and collision detection. Other features include system configuration, condition files editing and Functional Safety Unit configuration. The software includes a virtual controller that provides a programming pendant similar to the actual controller. This ensures a seamless transition between simulation and real-world application. MotoSim EG VRC also offers a large model library that allows users to download third-party models and enhance their simulations.

InspectionBank is an integrated suite of software tools for non-destructive inspections that allows secure data management, from acquisition to analysis and reporting. It allows online inspection management, offers a disconnected client mobile, client web portal and procedure and techniques management. The platform ensures consistency of documentation across multiple projects and offices. This enhances responsiveness to clients, and reduces risk. InspectionBank improves efficiency and accelerates project delivery by minimizing communication delays. It reduces the risk of losing data when tracking inspection data through Excel files or external drives. The software manages every aspect of inspection including detailed records, certifications, inspections by method and acquired data files.

Zertify Non-Destructive Testing Software streamlines all aspects of the NDT inspection process. From tracking past inspections to organizing client data in a single database, to forecasting jobs and analysing reports. Zertify is designed to optimize inspection workflows, enhance data quality and equip inspectors with real-time reporting tools, enabling simultaneous data reporting and inspection. NDT is a non-invasive procedure used to evaluate material properties, components, or complete process units. It detects and measures damage mechanisms such as corrosion and cracking. NDT is a cost-effective and safe alternative to destructive testing. It does not cause damage or stop production. Zertify provides comprehensive inspection services and manages plans for both conventional NDT methods and advanced NDT techniques. It automates NDT from project initiation to scheduling and dispatch. Real-time access is provided to test specifications, data entry, etc.

NDT Software is a cloud-based reporting platform for NDT testing businesses. It provides technical assurance through nondestructive testing, inspection, and certification to highly resourceful, energy-consuming utility and infrastructure sectors. Although the client's requirements will dictate the number of reports, Reporting Software allows for a mix of 8-9 reports. Email is integrated into the software so reports can be sent directly to customers. If you want to be able to meet modern reporting requirements, your NDT Reporting Software should have these features.

InspectionWorks is a software platform that connects all inspection data of your asset and allows you to add inspection insight to a digital model throughout its entire lifecycle. This integration transforms data into a tool that allows for better and faster decisions, saving money and enabling a competitive product. A data management system that combines results from multiple inspections with your asset model to create a complete picture and inspection history. AI-based software identifies defects automatically. Algorithms display faults in inspected components at the touch of a button. This reduces scrap and boosts productivity. Data is stored in a central, secure, and well-cataloged location for a long time. This allows you to review results from previous years with just the part number.

Robotmaster is a software that allows offline programming for industrial robots. It integrates cell planning and layout, CAD-to path programming, program optimization and simulation, as well as code generation. It supports a variety of robot brands, configurations and applications. This allows for seamless integration and code output for real-world applications. The software allows users to program high mix, low volume production, automate complicated shape processes, increase efficiency, and lower costs. The software has a simplified interface for rapid learning, automatic detection of robot errors and their avoidance, optimization of robot programmes to reduce cycle times, and management complex cells with multiple robotics and external devices. Robotmaster allows for the simulation of robotic processes, ensuring that they are accurate and efficient.

OCTOPUZ, an intelligent offline robot programing software, allows complex robot applications that are path-sensitive to be programmed with no disruption to your manufacturing process. It also eliminates the need for onsite robot programmers. OCTOPUZ reduces production costs and increases productivity by allowing robots to be programmed in a virtual offline environment. The software supports multiple brands, configurations and applications. This allows for seamless integration and output code for real-world applications. The software has a simplified interface for quick learning. It also features automatic detection and prevention of robot errors. It optimizes robot programs to reduce cycle times and manages complex cells with multiple robots. OCTOPUZ facilitates the simulation of robotic processes, ensuring that they are accurate and efficient.

FASTSUITE 2 Edition is a comprehensive solution that allows the simulation and programming industrial robots and machines in a virtual 3D environment. Offline programming allows manufacturers to create, analyze, and simulate various manufacturing processes, without interrupting production. This approach maximizes production by minimizing downtime for expensive production equipment and personnel. The software supports many manufacturing technologies including arc weld, laser cutting and painting, spraying and coating. It offers technology-specific software packages that offer optimized strategies and methods tailored to each process. This ensures consistently high program quality, regardless of the robot type or programming experience of the users. As a manufacturer-independent platform, FASTSUITE provides interfaces to all common robot and system manufacturers.

FANUC ROBOGUIDE, a leading offline simulation and programming software for FANUC Robots, allows users to create, simulate, and program robotic work cells without the need for physical prototyping. This software family includes packages that are tailored to specific applications, such as material handling, palletizing, painting and welding. ROBOGUIDE reduces costs and risks by optimizing single- and multirobot work cell layouts using virtual robots and models of work cells. This approach allows for accurate cycle time calculation, reachability checks and collision detection. It ensures the feasibility and efficiency robot programs and cell designs. ROBOGUIDE also supports CAD-to path programming, conveyor line tracker, and machine models, which enhances the precision and flexibility in robotic operations.

Create advanced robotics applications using AI that is ready for production. MoveIt Pro, an open platform, is designed to accelerate the development of advanced robotic manipulating applications. MoveIt Pro features real-time object detection, dynamic path planning and force-compliant controls, which enable robots to adapt and handle objects with varying sizes and masses. The platform is hardware agnostic and supports a wide range of robot types and brands, allowing for flexible integration with current systems. PickNik has expertise in a wide range of industries, such as construction, oil and gasoline, agriculture, and even space exploration. They provide tailored solutions to reduce R&D and accelerate time-to market. Their collaborative approach involves codeveloping with client's engineering teams to deliver groundbreaking robot arm applications.

Welders Log, a cloud-based software for welding procedures, is designed to streamline the management of essential welding documents and ensure compliance with industry standards like AWS D1.1 and ASME section IX. The platform includes forms such as Procedure Qualification Records (PQR), PQR Results, Welding Procedure Specifications(WPS), Welder Qualification Testing Records (WQTR), Non-Destructive Testing(NDT), all enhanced by intuitive features such as pre-populated drop-down list and auto-filled section to expedite the form completion. Users can create custom drawings with the drawing tool built into the platform. They also have access to a library of joint designs and passes. Welders log automatically generates continuity records to maintain welder certifications. It also offers full-text searching functionality for efficient document retrieval. All documents are stored in PDF format, making them easy to share and distribute.

Augmentus, a company that offers AI-robotics software, has developed a platform with no-code that allows users to program industrial robotics in just minutes. This is possible even if you have no prior robotics knowledge. The platform is compatible to over ten major robot manufacturers, including ABB Universal Robots Kuka and Nachi. Augmentus simplifies complex processes by integrating 3D scanning, micro-adjustability without code, and automated code generation. This approach allows non-technical users develop robotic systems at high speed and accuracy. Programming time is reduced from weeks to minutes, and costs are cut by over 70%. Augmentus has a wide range of customers in industries such as aerospace, maritime, oil & gas and automotive. They focus on robotic welding, thermal spraying and polishing.

Bluestreak™, a Quality Management + Manufacturing Execution System, is the best choice for industries that require high-quality workflow control and integrated quality management - (25+ modules so you can purchase what you need when you need it). Easily manage, track, and document compliance specifications for Aerospace, Automotive, Defense, Medical, or any other specification, reducing audit times by half. Bluestreak™ provides solutions to your operational pain points. Is it time to make a system upgrade? Bright AM™, is a software solution specifically designed to manage and optimize the unique requirements of Additive Manufacturing's production of parts and powder inventory usage. Bright AM™, which increases transparency and speeds up the flow of information, allows for real-time tracking and collection. This results in fewer errors and better resource usage. Specific modules can be used to guarantee a decrease in scrap and an increase in throughput.

CoppeliaSim is a powerful and versatile robot simulation platform developed by Coppelia Robotics. It can be used for rapid algorithm development and factory automation simulations. It also allows for remote monitoring, safety checking, and digital twin creation. It has a distributed control system that allows each object or model be controlled individually via embedded scripts, plugins, remote API clients, or custom solutions. The simulator supports five physics engine, MuJoCo (Bullet Physics), ODE (Orbital Dynamics Engine), Newton (Orbital Dynamics Engine), and Vortex Dynamics for fast and customizable dynamics calculation. This allows realistic simulation of real world physics and object interaction, including collision response and grasping. CoppeliaSim can calculate forward and reverse kinematics for any type mechanism.

RoboSim, an educational platform, is designed to democratize robot-programming education in IT classes. It allows students to build and program virtual robots at a low cost, making robotics more accessible. RoboSim provides a simulated robotics environment that allows students to interact with robotics concepts, without the need for expensive equipment, and fosters hands-on experience. This approach not only promotes STEM education, but also integrates seamlessly with existing curricula. It prepares students for future technological endeavors. The personal experience version of the program can be upgraded to the professional version by using professional customization services. Campus version can be customized instantly according to the needs for the regional/school scale. RoboSim is now available at a low cost and with high experience.

Adams assists engineers in understanding the dynamics of moving parts and how they are distributed within mechanical systems. Often, product manufacturers don't understand the true performance of a system until late in the design process. While mechanical, electrical, and other subsystems can be validated against the specific requirements of the systems engineering process within that process, full-system validation and testing occurs late in the design process. This leads to rework and costly design changes. Adams is the most widely used Multibody Dynamics (MBD), which improves engineering efficiency and lowers product development costs. It also allows for early system-level validation. Engineers can manage and evaluate the complex interactions between disciplines, including motion, structures, and actuation, to optimize product designs for safety, performance, and comfort.

An electromagnetic sensor includes a "front end" that generates and receives electromagnetic waves through a subsystem called a Receiver/EXciter. A "back-end", which performs signal and data processing, is usually implemented in software, is also included. Each subsystem must be designed and developed separately before being integrated together. Integration testing presents problems that can slow down and complicate the development of the overall sensor. This is due to the interdependencies between these subsystems, which cannot be tested during development. Software patches, configuration upgrades and waveform changes become significantly more costly as they cannot be verified at the operational site. These issues can be addressed by the Virtual Receiver/EXciter, (VREX). It uses a simulated front end.

You will find a modular, open-source virtual driving simulator that allows you to test against a variety objectives and performance requirements. Ansys VRXPERIENCE Driving Simulator powered by SCANeR™ allows you to create scenarios, test software, and consider vehicle dynamics. It allows you to create a virtual driving environment for testing performance and analyzing the results. VRXPERIENCE Driving Simulator allows for an immersive, simulated test-drive experience in a realistic setting. You can conduct thorough safety assessments and drive millions of virtual kilometers in days. This will accelerate development by 1,000x when compared to road-testing. As passenger cars become more digitalized and autonomous, they will require advanced technologies such as sensors like cameras, radars and lidars as well as embedded software that supports automated control systems.

ENCY Tuner simulates NC-code on the shop floor to optimize, validate and fine-tune G-codes for CNC machines and industrial robotics. It allows operators and programmers the ability to simulate machining processes, edit NC code, and reengineer legacy codes for modern equipment. Highlights: - G-code machining simulation at the cutting edge - Flexible NC code editing - NC program reengineering Support for CNC machines, robots - Detection and correction of collisions and errors Virtual Setup Tool Management - A wide selection of postprocessors, interpreters and translators - Direct installation capability in CNC controllers ENCY Tuner allows users to achieve error-free machining and streamline code adjustments. It also validates production-ready NC codes directly on the shopfloor.

USIM PAC is a steady state process modeling and simulation program that can be used to optimize industrial processes. USIM PAC can simulate, model, and balance all streams and units of your processing plant from one interface. USIM PAC is a special engineering software. It is based on the detailed and configurable characterisation of material. It is especially useful if you work with solids or complex mixtures that are difficult to describe as pure substances. Empower engineering decisions. Your processing plant's efficiency and profitability will increase. You will be safer, faster, and more efficient. USIM PAC is a comprehensive software platform that allows for the simulation and modeling of industrial processes. It can perform simulation, data reconciliation and mass balancing, as well as flowsheeting, equipment size, economic and environmental calculations, and off-line optimization in one environment for the entire plant or a portion thereof.

Worldwide provider of Xray imaging systems for medical, surgical, and contract coating services. We are passionately dedicated to helping our customers succeed. Engaged employees drive continuous innovation and operational excellence to provide high-value technology, products, and services. Carestream's DR systems are a smarter way of going digital. Our complete line of DR Detectors and Mobile X-Rays, X-Ray Rooms and Fluoroscopy systems, as well as DR Retrofit Solutions, combines compatible, scalable parts to meet your current needs and position you for future growth. Carestream's Computed Radiography systems are suitable for small private practices as well as large hospitals and imaging centers. Our CR systems are compact and reliable and can be integrated seamlessly into your workflow.

Energy2D, a multiphysics simulation program based on computational physics and combining particle dynamics, models all three modes for heat transfer: conduction, convection and radiation. Energy2D runs fast on most computers, eliminating the need to switch between preprocessors and solvers and postprocessors that are usually required for computational fluid dynamics simulations. It allows you design "computational experiment" to test a hypothesis or solve a problem in engineering without resorting complex mathematics. There are also plans to support different fluid types and incorporate other types energy transformations. Energy2D's conduction is very accurate, but its convection and radioactivity parts are not. Energy2D should therefore be considered qualitative in cases involving convection and/or radiation. Energy2D has been used in more than 40 scientific publications.

Simulating and analyzing your product design will reduce the cost of physical prototyping and increase your products' durability and reliability. It is crucial to your product development to use digital prototypes to understand the performance of your designs in real-world situations. Creo Simulation was designed exclusively for engineers. It includes structural, thermal and vibration analysis solutions, as well as a comprehensive set finite element analysis (FEA). You can validate and analyze the performance of 3D virtual prototypes with Creo Simulation before you even make the first part. We offer unique and flexible simulation solutions to our customers. This section will give you a better understanding of what we can do to meet your needs. Contact a Creo representative if you have any questions regarding our tool stack.

Simcenter Amesim, the most integrated and scalable platform for system simulation, allows system engineers to simulate and optimize mechatronic system performance. This will increase overall system engineering productivity, from the initial development stages to the final performance validation and controls calibration. Simcenter Amesim is a combination of ready-to-use multiphysics libraries and industry-oriented solutions. It supports powerful platform capabilities that allow you to quickly create models and perform analysis. This open environment can be easily integrated with major computer-aided designing (CAD), computer-aided engineering and controls software packages.

RT-LAB is OPAL's real-time simulation program that combines performance and enhanced user experience. RT-LAB is fully integrated with MATLAB/Simulink® and allows for the most complex model-based design to interact with real-world environments. It allows for complex simulations in real-time, including those in aerospace, power electronics and power systems. RT-LAB was first applied on the Canada Arm of the Canadian Space Agency almost 20 years ago. It has revolutionized systems engineering in space, on ground, and at sea. RT-LAB allows engineers and scientists to quickly develop new prototypes and perform the most rigorous testing required for new technologies.

NDT Reveal, a professional CAD ground-penetrating-radar software, is designed for construction and building inspectors. It allows users to organize GPR data and share it, streamlining workflows for data processing and analysis. The software has a user-friendly interface that offers a variety of visualization options, such as 2D and 3-D scans. This allows for a better understanding of the scanned structures. NDT Reveal integrates seamlessly into CAD-based software such as BricsCAD or Bricsys 24-7, allowing construction teams to analyze, visualize, and manage GPR data collected from devices like Cthrue XS and Cthrue. The software's key features include the ability to manage multiple projects, analyze concrete inspections comprehensively by integrating data collected with photos and sketches and create detailed reports using 2D and 3-dimensional GPR data, photos, sketched and CSV files. The software allows users the ability to place GPR surveys on 2D and 3-D CAD drawings.

AcuScreenNDT Software was designed for NDT companies who base their daily agendas on inspection results. The system is a hardware/software package that stores and processes RT images from digital and analog industrial equipment. It also provides tools for viewing RT pictures. AcuScreen uses a client-server architecture. Inspectors' workstations are the clients, while one or more powerful computers act as the servers, responsible for safe data storing and round-the-clock accessibility. AcuScreen has been distributed in more than 30 countries. High-quality images meet the most demanding inspection requirements. Advanced image analysis for inspectors of third-level NDT. Connectivity to a wide range of equipment (video outputs of any standard, DR panel, film scanners etc.). Easy to modify and expand; meets user requirements.