Universal Robots - Top 10 Misunderstandings of Industrial Robot Applications

1. Payload The payload is the weight that the robot can carry. The load of cobots is generally between 3-20kg. All robots have a specified payload that does not include the weight of the end effector (such as a fixture) or auxiliary tool. This means that robots can ...

Human-robot collaborative robots (co-bots) are robots that can work together with humans in the same scene. Because cobots are not heavy, adaptable, plug-and-play, this technology is in great demand for small and medium-sized companies (SMES), and there are analyses that the cobot market will ...

1. The design of the E series teach pendant is lighter, and the 8mm cable is more gentle. 2. Enhanced control and repeatability: The e-series robots have a control frequency of 500 Hz, which is 4 times faster than the C B3 series UR3e and UR5e repeatability = ±0.03mm The UR10e and UR16e are heavy ...

1. Flexibility In the industrial production line, industrial robots are a key part, but some unexpected situations will be encountered in the production process, such as a problem in a certain link, due to the integrity of traditional robots, the entire production line may be stopped. But the UR machine ...

Advantages of six-axis robots 1. It has a high degree of freedom, 6 axes, suitable for almost any trajectory or angle of work; 2. It can be freely programmed to complete fully automated work to improve production efficiency and control the error rate; 3. Functional characteristics, the operation is very simple, ...

1. Point Control Mode (PTP) Point position control is widely used in the field of mechatronics and robotics industry. Typical applications of CNC machine tool tracking part contour, industrial robot fingertip trajectory control and walking robot path tracking system in machinery manufacturing. After controlling the ...

Key features of cobots: 1. Lightweight: Make the robot easier to control and improve safety. 2. Friendly: Make sure that the surface and joints of the robot are smooth and flat, and there are no sharp corners or gaps that are easy to pinch the operator. 3. Perception: the perception of the surrounding environment, ...

In the production, industrial robots generally need to be equipped with peripheral equipment in addition to their own performance characteristics, such as a rotary table for rotating workpieces, moving tables for moving workpieces, etc. The motion and position control of these peripherals need to be coordinated with industrial robots and require corresponding precision. Usually robots ...

Why is it called a collaborative robot? The definition of collaboration is not so much determined by the tasks performed as by the capabilities of the robot that make collaboration safe and useful for working side-by-side with humans. Machines and people can be in the same physical area (e.g. ...

In the process of product finishing in the manufacturing industry, grinding and polishing is an important process. Conventional grinding processes face a number of challenges: ◆ No matter how advanced the technology is, it is difficult to avoid dust sparks, etc., which threaten human health. ◆ Population Profit ...

1. Two welding Mainly materials such as soldering iron Use a welding machine as a pulse welding machine, such as a Bego 350MIG welding machine The gas used is carbon dioxide CO2, or mixed gas 18% carbon dioxide CO2 + 82% argon AR The diameter of the welding wire is generally 0.8, 1.0, 1.2 2. Gas ...

1. Have a comprehensive understanding of the production capacity of the enterprise The palletizing robot on the production line is the auxiliary equipment in the production process of the beer enterprise, and the production capacity of the enterprise directly determines the demand for conveying and palletizing work.

The automobile manufacturing industry has a history of more than 200 years, and it is also the earliest industry to introduce robots since industrial automation. With the popularization of automobiles around the world, the production capacity of automobiles has also been greatly improved, and industrial robots are almost ubiquitous in the automobile manufacturing industry. Universal Robots from Denmark ( ...

1. Single-axis robot Single-axis robots are generally divided into two transmission modes, one is ball screw transmission, and the other is synchronous toothed belt (abbreviation: synchronous belt) transmission, both of which are guided by linear guide rails, and cooperate with servo motors or stepper motors to achieve the determination of different application fields.

The working range of the industrial robot The working range of an industrial robot refers to the area of space that can be reached by the robot's arm or hand mounting point. Because the size and shape of the hand end manipulator are varied, in order to truly reflect the characteristic parameters of the robot, it refers to the non-installation of the end ...

First, the size and structure of the robot Industrial robots are usually large, behemoths with high payloads, high precision, and high speed. Collaborative robots, on the other hand, are relatively small and lightweight, usually in the form of robotic arms, with lower load and speed, so they are different from human ...

As automation awareness prevails across industries, so does the demand for Universal Robots (UR Robots) from Denmark. In all the markets where UR robots operate, the manufacturing industry is facing very big challenges, such as manpower shortages, ...

Ease of Operation: 1. Quick set-up, lightweight arm and compact control box make installation easy 2. User-friendly operation, programming can be taught to the robot by grabbing the robot movement, and the operation is operated by the touch screen 3. Convenient service, modular robot ...

The positioning flexibility and overall working range of the six-axis robot are the keys to its success in the field of injection molding. The additional degrees of freedom provide more options for all phases of material handling, assembly, and other applications, translating into tangible process benefits: The process of the six-axis robot is excellent.

1. Earth coordinate system. The Earth (world) coordinate system is a standard Cartesian coordinate system fixed in space, fixed at a predetermined position. Sets the user's coordinate system based on the coordinate system. The earth coordinate system is also called Cartesian coordinates, and the corresponding Cartesian coordinates of each robot are in different directions, and the corresponding ...