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Simio provides a wide range of use cases across different industries. The software is effective in identifying bottlenecks, simulating …
Overview
What is Simio?
Simio is a powerful simulation software that provides a true object-based 3D modeling environment and scheduling functionality. It enables you to model complex problems quickly and accurately, evaluate alternatives, and optimize the use of critical resources. With its Risk-Based Planning and Scheduling...
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What is Simio?
Simio Simulation Software provides object-based 3D modeling environment which allows construction of a 3D model in a single step, from a top-down 2D view, before instantly switching to a 3D view of the system. 3D objects from the Object Library are then simply dragged and placed into the facility…
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What is SOLIDWORKS?
Dassault Systemes offers SOLIDWORKS, a computer-aided design (CAD) system for education and manufacturing supporting 2D or 3D design, electrical design, simulations, and product development with collaboration tools.
What is Navisworks?
Autodesk's Navisworks is a 3D model and construction project review and coordination software allowing the user to combine design and construction data into a single model, and identify and resolve clash and interference problems before construction.
Product Demos
Simio Scheduling Overview Demo
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Product Details
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What is Simio?
Simio is a powerful simulation software that provides a true object-based 3D modeling environment and scheduling functionality. It enables you to model complex problems quickly and accurately, evaluate alternatives, and optimize the use of critical resources. With its Risk-Based Planning and Scheduling feature, you can introduce risk into your production schedule and stay ahead of the game.
This software is fully object-oriented, with no programming required. It allows you to construct your 3D model in one step and instantly switch to a 3D view. You can add realism to models by downloading from an extensive library of freely available 3D symbols that integrate seamlessly with Google Warehouse.
Simio's OptQuest add-on uses state-of-the-art algorithms to generate and evaluate scenarios seamlessly. Experiment results are accessible using standard web browsers, as well as touch screen mobile devices like tablets and smartphones. The full-service solution helps improve processes' accuracy through the unified model for facility design, planning, and scheduling, making it ideal for businesses seeking flexibility in modeling complex problems while rapidly evaluating alternatives to maximize investments.
Simio Video
Simio Manufacturing Simulation Software
Simio Technical Details
| Operating Systems | Unspecified |
|---|---|
| Mobile Application | No |
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TrustRadius Insights are summaries of user sentiment data from TrustRadius reviews and, when necessary, 3rd-party data sources. Have feedback on this content? Let us know!
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Simio provides a wide range of use cases across different industries. The software is effective in identifying bottlenecks, simulating manufacturing and production lines, predicting machine throughput, and optimizing worker utilization. It is user-friendly and allows for easy modeling of complex operations. With Simio’s 3D modeling abilities, users can easily visualize their processes for better analysis.
Simio is also helpful in simulating the impact of distribution on specific result parameters, such as the average number of products manufactured, waiting time at each station, and finding bottlenecks. Users have found Simio's add-in packages to operate flawlessly with outstanding customer support. The software is chosen based on its functionality and ability to accurately model real-world systems for finding solutions. Additionally, Simio's Risk-based Planning and Scheduling can be easily incorporated into manufacturing processes, adapting to complexities of variation and providing real-time production data.
Simio is used across various industries for research purposes ranging from Masters Thesis to healthcare projects. It helps optimize airport operations by determining optimal vessel fleet size and shipment schedules, simulate autonomous material transport robots sizing, routing, traffic congestion handling, and batch size determination for solution design. Users benefit from accurately simulating worker and time utilization with stoppages, breakdowns, shift patterns resulting in accurate outputs for suggested redesigns. Overall, Simio helps create efficient systems by determining the stability of the existing resources and identifying the need for additional resources.
User-Friendly Interface - Simio is praised for its simple and intuitive user interface, making it easy to use for beginners and experts alike. Users appreciate the software's unique visualizations that accurately portray simulation results, which saves time and improves productivity. The ability to transition from 2D to 3D visualization with the press of a button is also a favorite feature among users.
Effective Simulation - Simio is highly effective in providing accurate simulations that identify interaction hot spots between nodes. The software is particularly useful in the production and manufacturing sectors, as it can efficiently predict machine throughput and address bottleneck processes. Users appreciate the software's ability to assign intelligence to entities and nodes, which greatly enhances outputs when modeling socio-technical systems.
Comprehensive Documentation - Simio's extensive documentation, including tutorials and how-to videos that are easy to find, has been praised by users. As the software has a growing library of models, this documentation is particularly useful in helping users properly set up simulations. The software also provides practical scheduling and planning features, with tools for discrete event simulation and project analysis.
Limited Functionality - Users have reported that Simio struggles with handling complex and large simulation models. This makes it best suited for smaller projects. Additionally, the basic version lacks the ability to produce professional-looking outputs, such as charts and graphs. The limited symbols and inability to construct multi-floor structures can also be frustrating for users.
Steep Learning Curve - Many users have found Simio to be difficult to learn and use, especially for beginners. The software's advanced features can be challenging to use, requiring users to invest a lot of time to master them. Furthermore, the online documentation is weak and lacks in-depth instructions for more complicated simulations.
Performance Issues - The processing capabilities of the device being used can significantly affect the software's performance, leading to longer wait times for complex models. Additionally, the software can become cumbersome and slow down the execution of the model for life cycle assessments and other complex scenarios.
Users have made several recommendations for Simio based on their experiences. The most common recommendations include consulting the tutorial before using Simio, exploring additional tools for graphics generation, and taking the initial training course.
Users suggest consulting the tutorial to familiarize themselves with the software's functionality and capabilities. They also recommend exploring additional tools for graphics generation, indicating a desire for more options in Simio. Additionally, users suggest taking the initial training course offered by Simio to ensure proper setup and utilization of the software.
Overall, users recommend Simio for its user-friendly interface and ease of making simulations. They find it easy to use and appreciate its ability to visualize existing and future manufacturing processes. However, some users note that while Simio is great for basic level simulations, more detailed simulations may require practice.
There are also suggestions for improvement, such as working on pricing, quote structure, and improving the user interface to be compatible with a mobile app. Users also recommend attending seminars held by the vendor for additional information.
In summary, users commonly recommend consulting the tutorial, exploring additional graphics generation tools, and taking the initial training course when using Simio.