Chemicals and pharmaceuticals are a messy profession with high demands on quality, precision, and accuracy. With highly repetitive tasks making the daily work of employees very boring, it is important for manufacturers to reduce the burden on their employees and remain competitive. Cobots can help chemical and pharmaceutical manufacturers meet their growing challenges.
Harness the benefits of cobots
Cobots offer attractive opportunities for the automation of various uses and production equipment in the chemical and pharmaceutical industries.
Execution time and programming: 1/2 day
Universal Robots' cobots are simple and intuitive to operate and perform at the top of their game. Our robotic arms can be quickly and easily deployed within the factory to meet new requirements. It takes an average of half a ring to install and equip a robotic arm to carry out a new mission.
Improved productivity and cost-effectiveness: 6>12 months
Cobots reduce production costs and increase productivity, even in processes that are not suitable for traditional industrial automation. Cobots are easy to reprogram and rearrange and can perform a variety of different missions without changing the production layout. This flexibility allows cobots to recoup their contributions within 6-12 months, and then quickly repay their contributions.
Accuracy and quality: ±0.03mm
The cobot is highly repeatable, reaching an accuracy of ±0.03 mm even when operating 24 hours a day, ensuring short cycle times and reducing raw material waste. In addition to the production mission, the robotic arm equipped with the camera system is also capable of performing quality control missions such as 3D measurement and testing. Identifying faulty parts before moving on to the next step in the process also reduces waste.
Optimize power and labor
Cobots can free workers from monotonous, time-consuming tasks, allowing them to focus more time on higher-value-added missions. Cobots can perform tiring and dangerous jobs while workers are engaged in missions that are appropriate for their skills, and then protect workers from health hazards caused by poor ergonomics, repetitive stress, or personal injuries caused by heavy or sharp workpieces.
Security & Collaboration
Our cobots are equipped with a certified safety system that allows them to be closed immediately in the event of bumps or obstructions. This means that they can work around workers without the need for safety protection after a hazard assessment.
02The importance of human-robot collaboration in chemical and pharmaceutical careers
Chemical and pharmaceutical careers are subject to stringent requirements for accuracy, precision, and quality. Cobots not only meet these requirements, but also increase employee satisfaction.
With the ability to quickly lay out and get used to different processes, Universal Robots cobots offer a wide range of automation solutions for the chemical and pharmaceutical industries:
★ Laboratory analysis and experiments
★ Injection molding.
★ Pick and place
★ Machine management
03The ideal cobot solution for your needs
The UR+ ecosystem ensures smooth integration of innovative third-party peripherals and software, and then satisfies your requirements for highly specific robot use.
UR+ solutions are UR-certified for use with our cobots and are plug-and-play compatible to ensure immediate set-up.
04Overview of Universal Robots cobot products
UR3e Beauty
Our UR3e is a desktop robot. With a weight of only 11 kg and a payload of up to 3 kg, the UR3e is ideal for light assembly and table automation. Focus on the big picture and let UR3e take care of the details.
UR5e Zen Master
The UR5e strikes the perfect balance of size and functionality. With a payload of 5 kg and a working radius of up to 850 mm, the cobot's versatility is easy to handle in a wide range of applications. Balance and versatility are the primary strengths of our all-rounders.
The UR16e is a powerful cobot
Our UR16e cobot is both strong and smart, making it ideal for handling heavy loads or handling multiple light-duty workpieces at once. With a payload of 16 kilograms, it is higher than any other robot with a radius of 900 mm.
The benchmark for the UR10e cobot
The UR10e is slender but still capable of a 1.3 m radius and a payload of 10 kg. The cobot's gorilla-like arms are truly within reach and can stretch beyond the reach of human partners.
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View a collection of Universal Robots quality inspection applications in various countries
With the development of industrial modernization and the continuous improvement of automation, higher requirements are put forward for manufacturing quality inspection. At present, manual inspection is faced with outstanding employment contradictions such as recruitment, retention, and training difficulties, and the quality of testing is easily affected by factors such as personal subjective judgment and operation status.
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Universal Robots launches the online portal myUR
Universal Robots (UR) has launched myUR, an online portal where distributors and end customers can register warranty cases, service requests and inquiries. In addition, registered users can also register sequences of UR cobots here ...
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The 5 main components of Universal Robots and their introduction
1. Control system
The calculations, generally referred to as the control system, contain all the components that make up the central processing unit of the UR robot. The control system is programmed to tell the robot how to use specific parts, similar to a human brain sending signals throughout the body to achieve a specific task. This kind of machine ...
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Frequently Asked Questions About Universal Robots (23-25)
23. Universal Robots' robotic arms have a very common shape, what is its special planning concept?
Universal Robots' robotic arm is planned as a 6-axis articulated robotic arm, similar to a human arm, and each joint is modularized, for example, the first three joints of the UR5 robot are phased.
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Universal Robots has joined hands with the Sino-German Intelligent Manufacturing Research Institute to expand the boundaries of intelligent manufacturing
Composite robots will be an important development trend of future robots, which are like having human legs, hands and eyes, and can be engaged in more flexible and flexible work. As early as February 2020, Universal Robots (hereinafter referred to as UR) and MILR Mobile Robots ...
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Universal Robots – What are the key technologies of the robot control system?
(1) Open modular control system architecture: using distributed CPU computer structure, divided into robot controller (RC), motion controller (MC), optoelectronic isolation I/O control board, sensor processing board and programming teaching box, etc. The robot controller (RC) and the programming teach-in box are transmitted via the serial port ...
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Frequently Asked Questions About Universal Robots (13-15)
13. How does Universal Robots track conveyor belt reclaiming? What is the fastest speed?
The robot is able to track the reclaiming of the conveyor belt, which requires accurate knowledge of the direction and speed of the conveyor belt (including speed changes), and the relevant parameters need to be integrated into the robot's movement speed.
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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 screwing applications
Universal Robots screwing applications
Safe and reliable: UR robots can work with operators to complete screwing work safely and reliably in a common space, without the need for safety fences.
Flexible deployment: Each joint of the UR robot can be rotated ± 360 degrees, with ultra-high flexibility ...
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The development of Universal Robots and its characteristics
In 2005, three Denmark university students had the idea to create a company that provided commercial collaborative robots; Today, the company is transforming and disrupting entire industries and markets. Universal Robots, Inc. (Universal Robots) is a company dedicated to the development of robots with a wide range of usability ...
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Universal Robots – What are the application scenarios of collaborative robots in industry?
Metalworking
Metal processing is the processing of raw materials such as copper, iron, and aluminum into articles, parts, and components. It can replace manual work to complete multiple processes such as forging, rolling, drawing wire, impact extrusion, bending, shearing, etc.
Polishing and grinding
The robot drives the end of the ...
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Universal Robots – the five advantages of a fully automated palletizing robot
1. The equipment occupies a small area, can be easily installed in the factory, the customer can easily arrange the location of the production line, and leave a large space for other purposes, the equipment can be effectively used in a narrow space in time.
2. Automatic palletizing robot manufacturers say that the equipment is suitable.
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Universal Robots – an introduction to the advantages of packaging robots
1. Accuracy of production
The robot arm is fixed on a sturdy machine base, and the axes of the multi-axis robot are rotated by servo motors and gear control, which ensures that the robot can be flexibly and freely positioned within the working radius. Robots & Furniture ...
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What are the advantages of Universal Robots – the collaborative robotic arm?
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
Collaborative robotic arm can be cloth ...
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5 Notable Functions and Uses of Universal Robots' Industrial Robotic Arms
With the passage of time, manufacturing techniques have evolved. It makes manufacturing faster, more cost-effective, and meets the changing needs and preferences of modern customers. It can be said that the industrial robotic arm has always been a feature of the manufacturing industry. For decades, robotic arms have helped ease the work of factories ...
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Universal Robots – 8 advantages and main technical indicators of collaborative robots
8 advantages of collaborative robots
1. Easy to program. Some new cobots are designed to be user-friendly and easy to program, eliminating the need for engineers to implement. Some even have manual guidance, where cobots can learn by example and at the same time can follow the steps to complete their ...
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What is the processing structure of Universal Robots – Robot Controller?
1. Serial processing structure
The so-called serial processing structure means that the control algorithm of the robot is processed by the serial machine, for this type of controller, from the computer structure, control mode to divide, and can be divided into the following:
1. Single CPU structure, centralized control mode ...
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Frequently Asked Questions About Universal Robots (16-19)
16. What is a collaborative robot? Why is Universal Robots a cobot?
The basic definition of collaborative robots in ISO TS 15066 (Technical Specification for Collaborative Robots) is: Collaborative robots are a branch of industrial robots.
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UR and FerRobotics have teamed up to create a one-stop intelligent grinding and polishing solution
In the process of product finishing in the manufacturing industry, grinding and polishing is one of the important processes. The traditional grinding process faces many challenges:
◆ No matter how advanced the technology is, it is difficult to avoid dust sparks, etc., which pose a threat to human health.
◆ Population Profit ...
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Universal Robots Robotic Arm – What technologies are involved in intelligent gripping of robotic arms?
The gripping needs of the robotic arm to confirm the position of each section of the robotic arm
First of all, the robotic arm needs a visual servo system to confirm the orientation of the object, which can be divided into two systems: Eye-to-Hand and Eye-in-Hand, according to the relative orientation of the end actuator (hand) and the vision sensor (eye).
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