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Giving robots better moves
For most people, the task of identifying an object, picking it up, and placing it…
Posted inRecent Advances in Robotic Systems
Tips for Working with an Industrial Robot Integrator
Nearly every time a manual process is automated, or when older robotic systems are being…
Posted inBasics
A safe, wearable soft sensor
This biocompatible sensor is made from a non-toxic, highly conductive liquid solution that could be…
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Servo Motor Design
Introduction Servo motor is the main prime mover of the robot. This section will cover…
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Types of robot
1. Industrial robots. painting and welding robots Advantages of a painting robot: Robot painting is…
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Medical Robotics
Medical robotics is an interesting discipline that is related to human health of all individuals.…
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Disney Robot Make the Most Convincing Eye Contact Ever
Disney World could one day feature some of the most realistic animatronic characters on the…
Real-Time Robotic Hand Control Using Hand Gestures
Interpretation of human gestures by a computer is used for human-machine interaction in the area of computer vision [3][28]. The main purpose of gesture recognition research is to identify a particular human gesture and convey information to the user pertaining to individual gesture. From the corpus of gestures, specific gesture of interest can be identified[30][36], and on the basis of that, specific command for execution of action can be given to robotic system[31]. Overall aim is to make the computer understand human body language [14], thereby bridging the gap between machine and human. Hand gesture recognition can be used to enhance human–computer interaction…
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How to make your first Robot?
Your first robot is one which you never forget. Watching your creation do something as…
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How to Become a Robotics Engineer: A Step-by-Step Guide 🤖🚀
Robotics engineering is one of the most exciting and rapidly growing fields in technology. From…
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🦾 What Determines the Price of an Industrial Robot?
The robot arm is only part of the bill. Explore the design, safety, tooling, integration, and lifecycle choices that shape a real automation budget. 🏭📊🔧
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🦾 Which Is Safer: Collaborative Robots or Traditional Industrial Robots Around Human Workers?
A cobot is not automatically safe, and a fenced industrial robot is not automatically risky. Learn what truly determines safety in a shared workcell. 🦺⚙️🤖
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🦾 How Fast Can Industrial Robots Move Without Losing Accuracy and Safety?
A higher speed setting can shorten a move—or cause vibration, missed picks, and safety limits. Learn what really sets a robot’s practical speed ceiling. 🎯⚙️🛑
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🦾 The Software Behind Autonomous Robots: How Perception, Planning, and Motion Control Work Together
Follow the software loop that lets robots sense obstacles, choose routes, and control their motors in real time. Learn where failures happen—and how engineers design for them. 🤖🧭⚙️
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🦾 Growth of Industrial Robotics: Why More Factories Are Automating Complex Tasks
From vision-guided picking to force-controlled assembly, discover what lets modern factories automate complex work—and what engineers must design beyond the robot arm. 👁️🔧📈
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🦾 Useful AI Tools for Robot Programming, Computer Vision, Simulation, and Autonomous Navigation
From AI coding assistants to vision models, simulators, and navigation stacks, learn where each tool fits—and how to validate it before your robot moves. 🤖🧭🔍
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🦾 Robotics Engineer Salary: Which Skills in AI, Automation, and Controls Increase Pay?
From PLCs and controls to computer vision and AI deployment, learn which robotics skills solve high-value problems—and how to build evidence employers can use. ⚙️🤖📈
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🦾 Explaining Forward and Inverse Kinematics: How Robots Calculate Position and Movement
See how forward and inverse kinematics turn joint angles into precise robot movement—and why frames, singularities, and tool offsets matter. 🤖🧭🛠️
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🦾 10 Amazing Robotics Facts About Sensors, Movement, Precision, and Automation
From camera glare to wheel slip and force control, discover the engineering facts behind robots that sense, move, and automate reliably in the real world. 📏⚙️🔍
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🦾 How to Make a Robot Recover When It Gets Lost or Encounters an Unexpected Obstacle
Unexpected obstacles and lost localization are inevitable. Learn how robots can stop safely, relocalize, replan routes, and know when to ask for help. 🚧🤖⚙️