1. Modular joint design
The collaborative robotic arm features a modular multi-joint design. The joints of the same type on the robotic arm can be replaced freely to meet the scale of enterprise production and the diversification of customer needs.
2. Human-machine collaboration, safety and space saving
The collaborative robotic arm can be deployed on a production line with limited space, eliminating the need for safety fences and working in collaboration with workers. The collision detection function of the robotic arm ensures that it stops immediately after touching the object.
3. Simple operation and saving programming time
The collaborative robotic arm is programmed in two ways.
(1) Manual drag teaching: By manually dragging the T5 robotic arm movement, the robot is taught to make various predetermined actions "hand in hand".
(2) Remote control teaching of the teaching pendant: control the movement of the robotic arm through the T5 teaching pendant and complete the operation track entry.
Fourth, highly flexible
The collaborative robotic arm is lightweight and can be installed and transferred by a single person without the need to adjust the line setup. It can help enterprises build flexible production lines, especially suitable for enterprises with multiple varieties, small batches, and personalized customization services.
5. Rich selection of accessories
The end of the collaborative robotic arm can be loaded with suction cups, claws, cameras and other equipment to complete handling, sorting, gluing, packaging spraying, quality inspection, injection molding and other processes.
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The UR5e cobot automates the inspection of the rocket thrust chamber
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.
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What are the advantages of the Universal Robots Collaborative Robotic Arm over traditional industrial robots?
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 ...
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Universal Robots – the principle of the palletizing robot gripper
Palletizing robots mostly perform pick-and-place operations, that is, the robot picks up materials from the conveyor belt and places them at a specified position on the pallet along the movement path. Therefore, according to the position relationship between the robot and the conveyor belt and the pallet when it completes the palletizing, and considering the obstacles during the movement, the "...
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Universal Robots – the design techniques of palletizing robot grippers
1. The structure of the conveyor belt feeding at the front end of the claw of the palletizing robot generally has a national standard for the roller conveyor belt for bag grabbing, and it is necessary to adopt a standard interface, and for the belt conveyor belt, it is necessary to consider how to achieve it.
2. The selection of the palletizing robot model, the load capacity of the robot ...
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What are the main types of palletizing robot grippers for Universal Robots – palletizing robots?
1. Gripping mechanical gripperGripping mechanical gripper is mainly used for high-speed bag stacking, and this kind of gripper gripper is mainly used for stacking bagged items, such as flour, feed, cement, fertilizer and so on.
2. The plywood mechanical gripper is mainly suitable for box palletizing.
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Universal Robots – six coordinate systems commonly used in industrial robots
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 ...
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Universal Robots – Parallel robots are classified according to the degree of freedom of the parallel mechanism
1. 2 Degrees of Freedom Parallel Mechanism.
2 degrees of freedom parallel mechanism, such as 5-R, 3-R-2-P (R represents rotating pair, P represents moving pair) plane 5-bar mechanism is the most typical 2 degrees of freedom parallel mechanism, this kind of mechanism generally has 2 moving motion.
2. 3 Degrees of Freedom in Parallel ...
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Universal Robots - Top 10 Misunderstandings of Industrial Robot Applications
Myth 1: Underestimating payload and inertia
Myth 2: Trying to get a robot to do too many things
Myth 3: Underestimating the management of cables
Myth 4: What should be considered before choosing a robot system
Myth 5: Misunderstanding of accuracy and repeatability.
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Universal Robots - Analysis of the control methods of 4 industrial robots
1. Point control mode (PTP)
The point control system is actually a kind of position servo system, their basic structure and composition are basically the same, but the focus is different, and their control complexity also has its own merits.
Point control system generally includes ...
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Universal Robots – Correct operation of the manipulator and precautions
How to operate and use the manipulator correctly:
1. Do not lift the weight of the workpiece beyond the rated load of the equipment (see product nameplate).
2. Do not put your hands on the part of the device that is running.
3. When operating the system, always pay attention to the workpiece to be carried.
4. To ...
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Universal Robots – an introduction to the advantages and disadvantages of six-axis tandem robots
Merit:
Compact structure, small installation footprint;
Good flexibility, large range of hand reach, good obstacle avoidance performance;
There is no moving joint, the joint sealing performance is good, the friction is small, and the inertia is small;
The joint has a low driving force and low energy consumption.
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Universal Robots are used for force-controlled assembly
Universal Robots are used for force-controlled assembly
Application requirements: According to the changes in external force and torque, the robot can automatically and accurately and quickly adjust the position and attitude to adapt to the new changes, and continue to complete the workflow at the speed and direction specified by the program.
Technical Description: Universal Robots ...
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What are the six subsystems of Universal Robots – Industrial Robot Systems?
1. Mechanical structure system
From the perspective of mechanical structure, industrial robots are generally divided into tandem robots and parallel robots. The characteristic of a tandem robot is that the movement of one axis will change the coordinate origin of another axis, while the movement of one axis of a parallel robot will not change the coordinate origin of another axis.
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What are the reasons for the popularity of Universal Robots – six-axis robots?
1. Wide range of operation
The second reason for the popularity of the six-axis manipulator lies in its structure and the particularity of the tool, because the operating tools of the six-axis manipulator can be replaced as needed, so the six-axis manipulator can be applied to the production needs of more products, whether it is a small zero...
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Universal Robots – What are the commonly used coordinate systems for industrial robots?
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 ...
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The function of the UR cobot suit
Universal Robots cobots are a major brand of collaborative industrial robots, which can be used in a variety of automated production lines to replace manual production operations, depending on their specifications and models. So what are the functions of the Universal Robots cobot suit, which is its protective product?
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Universal Robots' UR Robotic Industrial Robotic Arm helps automate warehousing
With the development of 5G and technology, the manufacturing and logistics industries are now preparing to automate supply chain operations and improve the level of Industry 4.0.
Here we have to mention the application and help of the industrial robotic arm of collaborative robots in the manufacturing and logistics industries.
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Universal Robots cobots – a common type of cobot sensor
Types of cobot sensors:
1. Two-dimensional vision sensor
The two-dimensional vision sensor is mainly a camera, which can complete the detection and positioning of object movement.
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Universal Robots - What are the categories of industrial robots according to their mechanical structure?
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.
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Universal Robots won the "Veco Cup" · OFweek 2021 China Robot Industry Annual Influential Brand Enterprise Award"
The Veken Cup is jointly organized by OFweek, a portal of China's high-tech industry, and OFweek, an authoritative robot professional media · robots· The final results of the OFweek 2021 China Robot Awards 2021 were presented on May 17.
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