My name is Nunavath Kiran Nayak, and I'm an SEO specialist who is passionate about technology and content writing.
From robot vacuum cleaners to robot lawn mowers, home robotics has come a long way in the past few years. But the industry doesn't seem to be slowing down—in fact, the robotics market expanding at an incredible rate, with new innovations like 3D printing and artificial intelligence (AI) making their way into the market every day. This means that business owners will have to evolve as well to keep up with customers' demands and stay on top of the latest trends in robotics software technology.
#1 - Ansys
Ansys, a software company that makes simulation software and computer-based models of physics, has had an impressive run in 2016, with a stock price that has doubled. The company isn't so much pursuing AI development as its peers, but rather is doing groundbreaking work in robotics. Ansys makes it possible to test cars without actually making them; automakers can try out vehicle designs on their computers before committing to manufacturing costs. The company also develops simulations for NASA (for example, to help plan missions) and is involved in autonomous vehicles.
It's easy to see why Ansys is one of Forbes Hottest Small Companies for 2017—and why you should keep your eye on it over the next five years. #2 - KUKA: KUKA AG was founded in 1883 by Joseph Vollmer and his friend Hermann Schwörer. Both men were watchmakers who wanted to move into new areas of technology, particularly electricity. They soon realized that they needed machines capable of precise motion control if they were going to succeed at building automated machinery. In 1886, they began producing robots made from leather belts connected by pulleys; these robots could lift heavy objects via crankshafts powered by air pressure or steam engines. Today, KUKA is still a leading manufacturer of industrial robots used around the world for tasks such as welding car parts together or assembling electronics components on circuit boards.
#2 - Matlab
MATLAB is probably the industry standard for robotics research and development. For example, all of NASA's robotics projects are developed in MATLAB. It's a very powerful language with which to develop code quickly and efficiently, even if you're not that familiar with programming languages. Even if your business isn't super involved with robotic innovation, it can still be very useful to use MATLAB as part of your general computer science research or development. The more specific your needs are, however, the less applicable MATLAB will be. #1 - ROS: ROS (Robot Operating System) is one of two open-source platforms for developing robotics software. This platform has been used by some of the biggest names in robotics, including Google, Stanford University, and Willow Garage. If you have any interest at all in working with robots on a professional level, ROS should be at least on your radar. Though it might take some time to learn how to use it effectively, many believe that its ability to integrate so well with other programs makes up for its lack of ease-of-use compared to MATLAB.
#3 - Rstudio
It is an integrated development environment that comprises a powerful text editor with tools for writing and running R code. It gives some key tools like syntax highlighting, error checking, code completion, system status monitoring, task switching, and call tips. With its use of macOS and Linux operating systems and programming in Python, RStudio allows users to create polished and professional-looking web applications with ease. The all-in-one RStudio package integrates a lot of helpful features into one convenient interface. It's very popular and is recommended! Check it out here. jupyter Notebook is an open-source web application for documents that combine code, visualization, and narratives. Tasks include: data cleaning & data wrangling, numerical simulation, statistical modeling, machine learning & more. What it comes down to is that if you can do it in Excel®, you can do it in Jupyter Notebook! Click here to learn more about Jupyter Notebooks.
#4 - Autodesk Recap 360
Autodesk Recap 360 is a cloud-based platform that helps businesses manage their data. Autodesk Recap enables companies to use AI and machine learning to work more efficiently by transforming project data into usable information. The software also helps companies store and access project information from anywhere, at any time, without having to worry about hardware or software compatibility issues. Organizations looking to move up in their industry will find they can better manage projects, teams, and costs when they adopt advanced robotics automation technologies like Autodesk Recap 360. With new features continually being released as well as an ever-expanding list of third-party integrations, you'll be able to manage your workflows with ease thanks to Autodesk Recap 360's intuitive interface. If you're ready to improve your business' efficiency, then consider adding Autodesk Recap 360 to your business plan today.
#5 - SimLab Composer
3D Simulation Tool is a tool to help you design, simulate and optimize your robots, giving you more time to focus on other tasks. For example, if you're trying to reduce costs by reusing old parts, Composer makes it easy to find out which components can be reused and how those parts will work together. It will also show you whether optimizing a particular area will have much of an impact on your final price tag or not. Using 3D simulation tools like Composer allows you to get an idea of what your finished product would look like and see potential flaws before manufacturing begins. If you're able to tweak some designs based on these simulations, then you might end up with a better-looking product than you otherwise would have had. This means that customers are more likely to buy your robot because they think it looks good. The same goes for its functionality: If there are any problems with how your robot works, then using a simulation tool gives you another chance to fix them before manufacturing begins. #4 - SimLab Motion Pro: Robotic Motion Simulation Tool helps engineers test their robotic motion algorithms without having to build expensive prototypes first.
#6 - Patran
Patran is a well-established tool to design different components of a system and integrate them together. Patran can be used to design automotive, aerospace and marine platforms; essentially any platform that needs to be developed or redesigned. There are many other tools that Patran integrates with, including other Autodesk products like Fusion 360 and Motion Builder, as well as 3D printing programs. It is a very user-friendly program that allows you to seamlessly create top quality designs for your end product. Be sure to check out our best robotics software overview! #5 - Vizard: Vizard is a visual programming language that makes it easy to develop high-quality applications quickly. It supports multiple programming languages such as C++, Python and more. Vizard supports Windows and Linux operating systems, so it's compatible with most major systems out there today. If you're looking for an affordable option that provides versatility, then Vizard may be right up your alley. Check out our review of Vizard here!
#7 - SolidWorks Flow Simulation Package (SW FP)
SolidWorks Flow Simulation is a software package used to simulate how heat and liquids flow through systems, including reservoirs and machines. Flow Simulations require complex set-ups that include pipe flow structures and thermodynamic cycles. The software has a user-friendly interface, making it accessible to engineers regardless of their level of expertise. With integrated simulation environments, engineers can complete tasks faster while minimizing errors. Most users will find SolidWorks Flow Simulation simple to set up and use, offering a high level of accuracy when designing machinery or industrial buildings. The software allows engineers to analyze cycle information for any system component or unit operation, allowing them to better design their systems based on rigorous data collection. This software is available in an offline version as well as an online version. It's compatible with Windows 7 and above operating systems, as well as Mac OS X v10.6 and above. This program comes with a 30-day free trial period, after which you'll need to purchase it for $4,500 per license. A multi-user license costs $5,000 per year for each additional seat beyond your first one.
#8 - ANSYS DesignXplorer
The top robotics software, ANSYS DesignXplorer allows you to simulate new designs and experiment with what-if scenarios on your computer before making changes to your actual prototypes. The technology, developed by MathWorks and Lockheed Martin's Jet Propulsion Laboratory, enables you to rapidly create and debug software while developing physical products that require highly precise functionality. With these kinds of results, you can make better informed decisions about how to bring your product to market faster than ever before! This means less development costs and a greater ability to remain agile when faced with rapid change in markets or problems with existing technology. Keep up with ANSYS DesignXplorer here. #7 - Dassault Systèmes Solidworks: As one of the leading 3D design tools out there, Solidworks has been used by engineers and designers to develop everything from rockets to cars since its inception in 1993. But it's also an excellent choice for businesses looking to get into robotics as well. Whether you need help designing a prototype or creating detailed instructions for manufacturing, Solidworks has all of your bases covered. It comes equipped with more than 200 integrated CAD (computer-assisted design) tools, giving you access to a wealth of features designed specifically for 3D modeling and simulation.
#9 - Kinematic from ESI ITI
Kinematic is a versatile robotic software that can be used to streamline all stages of your robotics workflow. From design and simulation to operation and service, Kinematic offers users a single platform that ties everything together. With its intuitive interface, smart programming tools, advanced motion control functionality, and tool support, it's easy to see why Kinematic has been a top choice among professionals over the past year. Plus, since it's so easy to use, you don't have to hire an expert programmer or engineer; you can do it yourself. Learn more about how Kinematic from ESI-ITI can help your business in our full-length review here . #8 - Robotic Process Automation (RPA) from IFS Applications: While RPA isn't necessarily a robotics software per se, it does serve as a way to automate various tasks within your company using robots. By using technology like artificial intelligence (AI), RPA can learn and act on information without human intervention. So instead of having humans perform certain tasks—like collecting data or performing repetitive tasks—you could program them into robots and let them handle things on their own. For example, if there are certain reports that need to be completed each month but they take up too much time with manual entry; you could teach your AI system how to complete those reports by simply showing it what needs to be done once.
#10 - COMSOL Multiphysics
COMSOL Multiphysics includes a broad range of physical models and is software that you can use to analyze and optimize various kinds of machines, even those that use robotics. The simulation software helps engineers work out bugs and improve machine performance before actual construction begins. It uses computational fluid dynamics (CFD) to design new components, as well as finite element analysis (FEA) for optimizing structural designs. It also provides handy tools for testing your designs in a virtual environment before committing to expensive production steps. In addition, it can be used alongside other software such as AUTO-CAD or MATLAB to help with design optimization. This type of optimization software would be ideal for larger manufacturers whose business relies on high volumes and many products in order to remain profitable. It allows them to test different designs, quickly, find flaws, and then make adjustments before moving into full production. #9 - KUKA RobotStudio: KUKA RobotStudio is one of the most popular robot programming languages around because it's easy to learn and very user friendly. While there are quite a few different programming languages available today, RobotStudio stands out because it's specifically designed for industrial robots. And while anyone can learn how to program with RobotStudio relatively quickly, it's not necessarily going to appeal to people who want something more complex—especially if they have no prior experience using any kind of coding language at all.
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