Frequently Asked Questions About Universal Robots (10-12)

As the largest e-commerce promotion carnival of the year, Singles' Day produces a record number of parcels every year. As a bridge between merchants and consumers, the express delivery industry has become a "sweet burden". According to last year's data, the State Post Bureau monitoring data showed that 11 ...

Universal Robots Collaborative Robots (hereinafter referred to as Universal Robots) have observed that welding, as a type of work with high technical requirements and certain health risks, has a greater "demand" than "supply", which is not only difficult to recruit, but also difficult to employ. On the one hand, because of the repetitive and boring characteristics of factory work...

Articulated robots, also known as articulated arm robots or articulated robotic arms, are one of the most common forms of industrial robots in the industrial field today. It is suitable for mechanical automation operations in many industrial fields, such as automatic assembly, painting, handling, welding, etc. The so-called ...

1. The robot body is generally a 6-axis articulated manipulator driven by a servo motor, which is composed of a drive, a transmission mechanism, a mechanical arm, a joint and an internal sensor. Its task is to precisely ensure the required position, attitude and trajectory of the end of the manipulator (gun). ...

1. The safety fence must be firm enough, must be fixed and immovable, to prevent the operator from easily breaking or dismantling the safety fence, and the safety fence itself should have no sharp edges and sharp corners, and there can be no potentially dangerous parts. And the outside of the safety fence must be clearly marked with the current robot ...

On November 16-17, 2022, the "OFweek 2022 China Intelligent Manufacturing Digital Innovation Summit and Veken Cup Industrial Automation Summit" hosted by China's high-tech portal OFweek Veken · Industrial Control, OFweek Veken · Robots, OFweek Veken · Intelligent Manufacturing ...

With the transformation and upgrading of the manufacturing industry and the development of the electronics manufacturing industry, collaborative robots have become a hot topic. For those new to the field of robotics, they may not understand the difference between cobots and traditional industrial robots. This article will introduce in detail the differences between cobots and traditional workers.

Cobots are not only able to perform precise processes and pre-defined work processes together repeatedly, but also with minimal deviations during the fulfillment, thus providing favorable conditions for discussion or analysis. This is also an important reason why many manufacturers choose cobots to perform automated quality inspections.

1. Common robots in daily life Common daily life robots refer to robots that replace manual operations, such as common serving robots in restaurants, as well as universal robots often seen on TV, etc., which can basically replace manual work, such as action, language, demeanor, etc.

What makes cobots stand out is their ability to function in areas of work that would otherwise be done entirely by humans. Thanks to the inherent safety of cobots, such as the application of force feedback and collision detection, the safety of human-cobot collaboration will be guaranteed. Universal Robots ...

1) Clean the manipulator Regularly clean the base and arm of the manipulator; High-pressure cleaning equipment can be used, but direct spraying to the manipulator should be avoided; If the manipulator is protected by oil film, please take it out as required (avoid using strong solvents such as acetone and plastic protection). To prevent static electricity, it is necessary to use a damp rag ...

Case Study Company: Siemens Erlangen Plant (GWE) Industry: Electronics & Technology 1. Introduction As a pioneer in digitalization and automation, the Siemens Erlangen Equipment Plant (GWE) not only uses its own products, but also places its trust in Universal Robots ...

Industrial collaborative robots (cobots) are a special type of robot that is able to work collaboratively with humans. They often have soft haptics, visualization, voice interaction, and other functions that can be done safely and effectively in the human workplace.

【Structure of Robot Manipulator】 Through the application of modern design methods such as finite element analysis, modal analysis and simulation design, the optimal design of the robot operating mechanism is realized. Explore new high-strength, lightweight materials to further improve the load/weight ratio. For example, the Germany company KUKA ...

1. After opening the robot main switch, you must first check that the robot is not at the origin position, if not, please manually track the robot back to the origin, it is strictly forbidden to open the robot main switch, and press the start button to start the robot when the robot is not at the origin. 2. After turning on the main switch of the robot ...

1. Five-axis and six-axis intelligent robots similar to human arms, with five or six rotation axes, and their application fields include loading, unloading, painting, surface treatment, testing, measurement, arc welding, spot welding, packaging, assembly, chip machine tools, fixing, special assembly operations, forging, casting, etc.

1. Memory function: store the operation sequence, movement path, movement mode, movement speed and information related to the production process. 2. Teaching function: offline programming, online teaching, indirect teaching. There are two types of online teaching: teaching box and guided teaching. 3. With the periphery ...

(1) The structure of the code robot is simple and useful. The structure design of the whole machine is simple, reasonable and useful, covering a small area, compared with the traditional palletizer, it can save about 1/3 of the wide room area, and the palletizing can reach 600-1200 bags/h. (2) Automation ...

1. Cartesian coordinate type Advantages: This kind of operator has a simple structure, strong intuitive movement, and is easy to achieve high precision. Disadvantages: It occupies a large space position, and the corresponding working range is smaller. 2. Cylindrical coordinate type Advantages: Compared to Cartesian coordinate operators ...

1. Control system: CPU guides high-level robot tasks. 2. Sensor: Provide electrical signals for the interaction between the robot and the world. 3. Actuator: the motor parts responsible for the movement of the robot. 4. Power supply: the battery that supplies power to the robot. 5. Terminal effector: ...