Once regarded as a distant science fiction concept, “robots” are now rapidly becoming a reality, making a strong return to public discourse. From industrial manufacturing to humanoid assistants, from laboratories to daily life, they are changing our world. 1. Current Status and Trends of the Global Robotics Industry Industrial Robots: Record Installation Numbers According to … Read more
As the end effector for humanoid robots interacting with the environment, the “dexterous hand” is a culmination of cutting-edge technologies such as deep bionics, soft sensing, micro-electromechanical systems, and high-performance materials. [2]. The mechanical structures of different dexterous hands vary. [2]The first mass-produced five-finger dexterous hand from Dexterous Intelligence features 19 degrees of freedom and … Read more
Source: High-end Manufacturing and Intelligent Enhancement Abstract:Since the advent of computer technology and digital technology, they have pointed out the development direction of various industries, leading the entire world into a new channel. As one of the important achievements of AI intelligent technology, it has proven its advantages in many fields through practical applications, especially … Read more
Exploring the ‘Digital Brain’ of Factories: PLCs and Data RegistersWhy do factories need a “brain”? In modern production lines, when robotic arms accurately grasp parts, conveyor belts deliver materials in sync, and inspection devices monitor quality in real-time, what is behind the unified command of all this? The answer lies at the core of every … Read more
For more reading, please follow us In an industrial automation workshop, have you ever wondered: who precisely commands the robotic arms to complete welding, enables the assembly line to achieve unmanned sorting, and adjusts the motor speed automatically according to production needs? The answer lies in an “industrial brain” — the PLC (Programmable Logic Controller), … Read more
In industrial automation scenarios, Mitsubishi and Siemens PLCs are often used together due to project requirements, and the communication issues between cross-brand devices are often a “high-frequency pain point” for engineers. Today, we will take the Mitsubishi FX5U series and Siemens S7-1200 PLC as examples to break down the practical steps of two mainstream communication … Read more
◀ Understand PLC Control Principles in 5 Minutes ▶ If AI is the shining star on stage, then PLC is the ace prop master backstage who never drops the ball. Stars can take a day off, but PLC? It works 24/7 all year round, emotionally stable, never asks for a raise, and as long as … Read more
Last time we discussed that PLC is the brain of the workshop, today we must clarify its genealogy! Let us grandly introduce its two noble relatives—DCS (Distributed Control System) and MES (Manufacturing Execution System)! (Pulls out the industrial version of the “Family Ethics Drama” script) 🎭 If the factory were a version of “Empresses in … Read more
In the field of industrial automation, Mitsubishi PLC and Siemens PLC are two well-known brands, each with its unique advantages and characteristics. This article will compare and analyze the two and provide suggestions for learning choices. 1. Differences Between Mitsubishi PLC and Siemens PLC Mitsubishi PLC, originating from Japan, is known for its intuitive programming … Read more
Quality Review: Guidelines for Installing and Using Quality Flow Meters Fault Diagnosis and Handling of Differential Pressure Flow Instruments Common Power Failures in Industrial Enterprises and Solutions A Ground Wire Causing Millions in Losses: A Technical Warning Every Instrument Engineer Must Read Is the Electric Meter Running Fast? It Might Be “Stealing Electricity” The communication … Read more