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trajectories

Fuzzy Logic Robotics and Visionic partner to automate cleaning of complex parts in aeronautics

April 19, 2023 by Mark Allinson

Visionic designs off-the-shelf optical guidance and control solutions for complex industrial manufacturing processes. As an integrator, they aim for constant improvement of industrial performance.

Fuzzy Logic Robotics, with its no-code software that allows non-experts to create, simulate and control a robot cell in real time, aims to democratize industrial robotics.

Together, Fuzzy Logic and Visionic are removing the technological and financial obstacles to the robotization of applications that were previously unheard of, or perceived as impossible, such as pressure cleaning and the decontamination of engine parts in the aeronautics industry. [Read more…] about Fuzzy Logic Robotics and Visionic partner to automate cleaning of complex parts in aeronautics

Filed Under: Features, Software Tagged With: aeronautics, applications, cell, cleaning, complex, control, difficulty, fuzzy, high, industrial, logic, parts, pressure, processes, robot, robotic, robotics, robotization, software, trajectories, visionic

Fuzzy Logic Robotics unveils new robot simulation software

March 8, 2023 by Mark Allinson

Fuzzy Logic Robotics has launched its “no-code industrial robot programming and simulation software”, Fuzzy Studio, on its website.

Fuzzy Studio allows non-experts in robotics to create virtual cells and control industrial robots, enabling them to robotize their production at an affordable price and lower risk, even in situations that were once considered impossible, such as for small batches or complex parts.

Previously reserved for a select few, Fuzzy Studio is now available online to a wider audience and comes with informative documentation and tutorials. [Read more…] about Fuzzy Logic Robotics unveils new robot simulation software

Filed Under: Features, Software Tagged With: cell, fuzzy, industrial, license, logic, production, robot, robotic, robotics, simulation, software, studio, trajectories

Fuzzy Logic Robotics launches platform that enables users to go from CAD to control with one software

March 25, 2021 by David Edwards

Startup company Fuzzy Logic Robotics has launched a new, “easy-to-use and universal” software platform which it says “reduces robotics programming costs by 10”.

The first release of Fuzzy Studio, during Hannover Messe Industry 2021, is described as a “game changer” for unlocking flexible robotic production.

Fuzzy Logic Robotics highlights some of the features available in Fuzzy Studio as follows:

  • Drag and drop CAD parts into the 3D digital twin, automatically generate complex trajectories and deploy to the production robot in one click – all with one universal software platform.
  • From offline simulation to real-time control, Fuzzy Studio removes the gap between simulation and reality to reduce downtime and streamline the robotics workflow.
  • Designed from the ground up to drastically reduce the need of robotics expertise thanks to no-code real-time digital twin technology.
  • With two clicks, swap between any make and model of robot to find the right one for the application – no need to switch softwares and redo time-intensive design work.
  • Handles even the most complex robotic applications and accessible to any size of company.

[Read more…] about Fuzzy Logic Robotics launches platform that enables users to go from CAD to control with one software

Filed Under: Computing, News Tagged With: algorithms, applications, automatically, cad, click, clicks, code, company, complex, control, deploy, design, designed, drag, drop, easily, find, flexible, fuzzy, industrial, logic, manufacturers, platform, production, real-time, reality, robot, robotic, robotics, robots, simulation, software, studio, supported, swap, tools, trajectories

How to simplify the control architecture of cartesian coordinate robots

April 27, 2020 by Mai Tao

By Barry Weller, product manager at Mitsubishi Electric

In order to remain competitive, it is generally accepted that industries should adopt lean manufacturing strategies to improve process efficiency.

A key action can be to reduce part count, that is to say the number of components in an assembly or system. This is particularly challenging when it comes to highly accurate cartesian coordinate (linear) motion applications.

In these cases, machine builders would often need to use both PLCs and computer numerical controllers (CNCs) in order to fully manage movement within the machine – until now. [Read more…] about How to simplify the control architecture of cartesian coordinate robots

Filed Under: Features, Industrial robots Tagged With: accurate, builders, cad/cam, cartesian, cnc, computer, control, controllers, coordinate, files, g-code, highly, iq-r, machine, melsec, mitsubishi, motion, numerical, plc, plcs, processes, programming, robot, robots, solution, system, systems, trajectories

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