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Robotic Automation

A reliable source for Robotic Automation information and leading Robotic Automation Companies & Manufacturers.

Robotic automation is the use of artificial intelligence and robots to accomplish a variety of tasks at hand. Robotic automation allows companies to be able to program different automated machinery and perform various tasks thereby increasing worker safety and providing employees with more efficient use of their time. Read More…

Robotic Automation Robotic automation is a process automation technology which utilizes robots and artificial intelligence to accomplish many different kinds of tasks. With robotic automation, companies can program automated robotic machinery to accomplish many different tasks and complete objectives automatically.
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Leading Manufacturers

Holland, MI  |  833-800-7630

JR Automation has extensive experience in a range of assembly solutions, from stand-alone operator-assisted stations to larger, fully automated assembly lines. We specialize in integrating assembly, welding, and material handling automation systems into your production process. Our solutions include feeding systems, riveting and screwdriving, palletizing and depalletizing, pick-and-place solutions, and more. Contact us to learn more!

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JR Automation $$$

Rockford, IL  |  888-375-3000

A recognized leader in automated assembly products. Stay competitive with Dixon's robotic screwdrivers, auto-fed screw & nut drivers, auto-fed part placers, parts feeding systems & assembly cells, including robotic assembly & vision. Every Dixon product is manufactured to assure accuracy & dependability for repetitive assembly. Dixon supports Machine Integrators with assembly products & stations. Contact us today and we will help you find the best product for your application!

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Dixon Automatic Tool, Inc. $$$

Warren, MI  |  517-512-4233

Eckhart designs, builds, and sustains assembly lines for the largest operations in the world. Solutions include lift assists, torque systems, conveyance, AGVs, robotics, collaborative robotics, 3D printed tooling, poka-yokes, sub-assembly stations, and error proofing vision systems.

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Eckhart $$$

Bristol, PA  |  215-781-0500

Advent design has been in business for over 35 years providing custom automation solutions, engineering, integration solutions and machine safety services. Contact us today to discuss your project needs and see how we can help you achieve your goals.

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Advent Design Corporation $$$

Erie, PA  |  814-835-6000

We have an extensive selection of products to pick from and we are confident we can find the perfect solution for your application. Our world-class items are proven for reliability and longevity. You can count on us to supply you with the best.

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Eriez $$$

Bethel, CT  |  203-778-2727

Del-Tron Precision is your one-stop shop for ball & crossed roller slides, multi-axis positioning and motor-ready lead screw stages, air actuators, recirculating slide guides and crossed roller rail sets. Custom linear slides are available.

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Del-Tron Precision, Inc. $$$

Apex, NC  |  919-772-0115

ATI is a recognized leader in Automated Assembly Products and Services. To stay competitive, take advantage of our products such as Auto-fed Part Placers, Pick & Place Mechanisms, Placer/Presses, and Feed Systems.

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ATI Industrial Automation, Inc. $$$

Belleville, NJ  |  800-822-8629

If you are looking for quality assembly machinery, you’ve come to the right place! We have years of manufacturing experience in pneumatic, vacuum, and conveying. Our goal is to provide the perfect solution to your automated equipment needs. We provide our products for companies around the world to ensure that your needs are met 100 percent of the time. Contact us today for details!

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VAC-U-MAX $$$
placeholder image JR Automation Dixon Automatic Tool, Inc. Eckhart Advent Design Corporation Eriez Del-Tron Precision, Inc. ATI Industrial Automation, Inc. VAC-U-MAX

What is Robotic Automation?

Robotic automation is the use of artificial intelligence and robots to accomplish a variety of tasks at hand. Robotic automation allows companies to be able to program different automated machinery and perform various tasks thereby increasing worker safety and providing employees with more efficient use of their time.

Robotic Automation

Robot Configurations

Robots fall into a wide variety, but they are mainly classified or grouped into six types when they are being discussed. These six types are namely selectively compliant arms for robotic assembly, polar, cylindrical, Cartesian, vertically articulated, and delta. These are just generalized categories; with today’s ever-changing technological advancements, many robots now fall outside such specific classifications.

Joints in robotic arms are known as axes. This is because arm movement can be in different planes concerning its design. A robot that has more axes has more freedom in its range of motion.

Automated Inspection

Classification of Robots

Robots are mainly classified based on their function by an international organization of standardization. The classifications are A, B, C, and D.

Class A and B – The A class of robots is usually for simple robots. These robots complete repetitive tasks. The B class of robots consists of those robots that can be programmed to perform jobs that need high accuracy and precision.

Class C and D – Class C robots are more advanced. They are programmable, have great strength, and can perform highly demanding tasks. Class D robots are the elite of robots. They include sensors that help them to read their surroundings and react accordingly to various stimuli. They can adapt their function according to the environmental conditions that surround them.

Types of Robots

The types of robots include:

Data Entry Robots

Data entry is usually the final frontier of any automation process. Data entry involves swivel chair automation which is the “copying and pasting” of information. This step is usually performed between two application processes. Traditional data-entry methods are very slow. More importantly they are more error-prone and costly when performed by humans.

Data Entry Robot

Data entry robots intervene by taking available electronic data and feeding it automatically to another system. Since the robots perform the tasks as a human being would, there are no complex or expensive integrations required to perform these tasks.

Validation and Verification Robots

Organizations may dedicate an enormous amount of time and effort on the validation and verification of the information they receive. Furthermore, there are also a lot of risks involved in doing these processes manually, making them unreliable and dangerous to corporations.

However, validation robots can perform real-time calls to a third party and internal system, allowing them to verify how authentic the information is. Validation and verification robots convert an unreliable and reactive process into a well-defined, proactive automation machine. Whenever a verification issue arises, the robot can bring the problem to the attention of its human co-worker who can handle it from there.

System Integration Robots

System integration robots are mainly employed to make traditional labor-intensive systems simpler and more efficient. Instead of employing a single type of robot to perform a specific task, these robots perform collaboratively with others to improve the efficiency of an entire production process.

Collaborative Robot

Trigger / Scheduled Robots

These robots perform very simple tasks. These tasks, however, cannot be executed before a specific event is triggered. These robots work within regular intervals to execute their specific tasks in order not to miss any specified dates.

Applications of Robotic Automation

Robotic automation has been of great help in industrial areas for decades. Its use with emerging technologies and artificial intelligence has increased productivity and lower costs greatly.

Robotic Systems

Some of the industries and sectors where robotic automation systems are employed are provided below:

  • Aerospace industry
  • Pharmaceutical industry
  • Medical facilities
  • Automotive industry
  • Agriculture
  • Retail
  • Manufacturing
  • Mining industry
  • Construction industry

Benefits of Robotic Automation

Manufacturing plants that require labor on a large scale for production of their different goods can increase and maximize their capabilities when they use automated robotic systems. A direct benefit is the money that is saved. There is room for greater productivity and accuracy when performing tasks that need repeated actions. The nature of work is elevated by the removal of repetitive, mundane tasks for employees. Robotic automation allows the use of robots to carry out tasks that are unsafe for humans thereby reducing the risk of injury and liability.

Robotic Automation Challenges

Some of the challenges to robotic automation implementation include:

Scalability

Although robotic automation software bots are generally simple to create, they may be challenging to regulate and manage, making it difficult for businesses to grow their RPA automation programs.

Specific Capabilities

Many critics have noted that many robotic process automation (RPA) software products automate only very specific tasks, even if their name contains the terms "process automation." Creating an entire workflow process frequently takes more effort coordinating several activities.

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