COMPLEX ROBOT
PROGRAMMING
SIMPLIFIED
A revolutionary solution reshaping how companies approach robot programming, transforming the manufacturing landscape.
DO EVERYTHING WITH JUST ONE APP
WHAT WE DO
Scan, Plan
and Simulate
complex robot motion in minutes instead of days – no programming required.
Augmentus pioneers intelligent, no-code computer vision and robot motion planning, enabling the programming of industrial robots in 4 simple steps.
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3D Scanning in Seconds
Generate a digital twin of the robot cell in seconds with high accuracy and fidelity using Augmentus’ scanners.
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Automated Path Generation
Generate robot movement that covers complex surfaces or follow challenging edges based on 3D scan and ideal process parameters.
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Offline Simulation Environment
Simulate robot movement with cycle time calculation, along with singularity, reachability and collision detection.
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Deploy & Adapt
Even after deployment, Augmentus Vision automatically identifies deviations and compensates tool-path to ensure accurate robot motion.
Used and loved by manufacturers all over the world.
APPLICATIONS
No-Code Robotic Programming Solutions for Industrial Automation
Industrial manufacturing frequently engages in high mix manufacturing, navigating intricate geometries and grappling with deviation challenges. Augmentus is specifically tailored to address these pain points, making it an ideal solution for enhancing efficiency and precision in such manufacturing processes.
WHY CHOOSE AUGMENTUS
Leader in Robot programming FOR BEGINNERS & EXPERTS
Elevate your operations with Augmentus and experience the future of robotics, where innovation meets intelligence for unparalleled performance.
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[ A ] Automatically Generate Complex Robot Motion
Effortlessly generate complex robot motions with our robot programming software, using AI-driven 3D scanning and motion planning.
[ A ] Automatically Generate Complex Robot Motion
Effortlessly generate complex robot motions with our robot programming software, using AI-driven 3D scanning and motion planning.
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[ B ] ADAPT TO PART CHANGES WITH MINIMAL DOWNTIME, IDEAL FOR HIGH-MIX REQUIREMENTS
Provides simulation of the work environment before deployment to reduce downtime and risk of errors and collisions.
[ B ] ADAPT TO PART CHANGES WITH MINIMAL DOWNTIME, IDEAL FOR HIGH-MIX REQUIREMENTS
Provides simulation of the work environment before deployment to reduce downtime and risk of errors and collisions.
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[ C ] CHECKS AND CORRECTS FOR PART DEVIATIONS
Augmentus’ robot control software automatically detects and corrects for part-to-part deviations with sub-millimeter accuracy.
[ C ] CHECKS AND CORRECTS FOR PART DEVIATIONS
Augmentus’ robot control software automatically detects and corrects for part-to-part deviations with sub-millimeter accuracy.
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[ D ] OPERATE AND PROGRAM ROBOTS WITH NO PRIOR EXPERIENCE
Allows for no-code production. Even beginners without prior technical experience can effortlessly design, deploy, and optimize robotic automation systems.
[ D ] OPERATE AND PROGRAM ROBOTS WITH NO PRIOR EXPERIENCE
Allows for no-code production. Even beginners without prior technical experience can effortlessly design, deploy, and optimize robotic automation systems.
Conventional robots require days of programming to automate even simple applications. This problem is exacerbated in non-serial, high-mix and complex production, making it extremely challenging to automate.
Explore Our Case Studies
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Case studies
August 1, 2024
How Augmentus Automated Turbine Blade Maintenance for Aerospace – No Programming Needed
Fully autonomous manufacturing is highly sought after in the aerospace industry due to its potential for streamlined operations, reduced labor costs, and unmatched precision. However, complex components like aerospace turbine blade parts have posed significant challenges, requiring extensive programming and skilled labor. This article delves into the appeal of fully autonomous manufacturing, the obstacles faced, and how Augmentus is transforming the process.
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Case studies
May 23, 2024
Automotive Engine Block Repair with Robotic Thermal Spraying: Programming in Minutes with Scan To Path Technology
Since the late 1980s, the integration of robotics and automation in thermal spray applications has advanced significantly, especially in the automotive and aerospace industries. These sectors adopted this technology for high-quality, durable surface coatings applied uniformly and efficiently. The evolution of robotics in thermal spraying has resulted in more sophisticated applications with enhanced programmability, improved motion control, and integration with real-time monitoring systems. This case study explores how Augmentus utilizes advanced robot vision and automated motion planning to enhance the thermal spraying process for a client.
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Case studies
May 10, 2024
Automating High-Mix Valve Powder Coating: How Augmentus Scan to Path Reduces Robot Downtime by 93%
In this case study, we explore how Augmentus leverages 3D vision and advanced robot motion planning technologies to revolutionize the powder coating process for relief valves. What traditionally takes days can now be accomplished in minutes, significantly enhancing productivity and reducing operational costs. This efficiency revolutionizes high-mix production environments, aligning seamlessly with their diverse demands.
FAQ
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Why is Augmentus considered top software for robot programming?
Augmentus stands out as top robot programming software due to its innovation. Augmentus solves hard challenges like high-mix and complex manufacturing by combining 3D scanning capabilities and AI motion planning to create a no-code programming solution for industrial automation.
Traditional offline robot programming software relies on importing CAD (Computer-Aided Design) models of the product and the robotic cell into the programming software to serve as digital representations of the physical objects. These CAD models may lack the accuracy and detail of the actual workpieces due to variations from manufacturing tolerances, deformations, or wear and tear.
In contrast, Augmentus uses advanced 3D vision technology to enable vision-guided robot programming. This approach allows for greater precision and adaptability in dynamic environments, ensuring the robot can accurately interact with the real-world conditions and changes. Find out more about our technology and key features that can help solve your manufacturing pain points. -
What is robot simulation software?
Robot simulation software or robot simulator is used to program robots and other machines virtually. This enables the creation of robot-based automation systems that are faster and less prone to errors compared to conventional automation systems. The primary objective of robot simulation software is to train and test robot design in a virtual environment before deployment in the real world.
One of the key features of the Augmentus Robotic System is its offline simulation environment. This enables users to simulate robot movements, calculate cycle times, and perform singularity and collision checks, ensuring efficient and error-free operations. -
How does Augmentus ensure the accuracy of robot programming and robot simulations?
Augmentus ensures the accuracy of robot programming and robot simulations by employing 3D scanning with submillimeter precision for rapid digital twin generation, enabling automated path generation based on ideal parameters. The robot simulator can also provide an offline simulation environment for precise movement simulation.
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Which robot brands and models can I use with Augmentus?
Augmentus is compatible with various major robot brand OEMs and models to facilitate solutions for industrial automation. Receive a personalized consultation on your task from an automation expert today.
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How does Augmentus support no-code programming?
Augmentus supports no-code robotics programming by providing an intuitive platform that allows users to design, deploy, and optimize robotic automation systems without the need for code. Through its AI-driven 3D scanning and motion planning capabilities, Augmentus automates the programming process. This reduces the average robot programming time to 15 minutes, which would otherwise take days with conventional robotics. This makes Augmentus the ideal robotics programming and simulation software for beginners or users without programming expertise.
