Industrial robotics - Unleash the wonder of modern engineering!

Industrial robotics is a powerful tool used to achieve what was once deemed impossible. It has transformed the worlds of manufacturing and logistics by pushing the boundaries of what we can achieve. The technology behind these machines is incredible, allowing for precise and efficient work. With industrial robotics, we can now accomplish feats that were once thought to be impossible, making our lives easier and more efficient. So, let us embrace this modern engineering marvel and witness its magnificent power.

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The Most Intriguing Robotics Questions

For this reason, robots are referred to as wonders of engineering. This is because they are continuously gaining power in all industries. Soon, we will see robots making our beds and cooking our breakfast – believe it or not, this will become a reality. Now, let’s address some of the more intriguing questions that many people ask about industrial robots. For instance, how many types of robots exist, what are the advantages of using industrial robots, and what are the primary manufacturing robotic applications? First, let’s learn a bit about the history of industrial robotics.

History of Industrial Robotics:

  • 1961: Programmable transfer machines were invented with the primary purpose of transferring objects from one point to another.
  • 1969: The first electric six-axis articulated robot was created.
  • 1970: Industrial robots similar to this invention were produced.
  • 1973: Leading name-brand companies such as KUKA Robotic and ABB Robotic began manufacturing robots and continue to improve to this day.

Industrial Robotics - Its beggining in Manufacturing

Industrial robotics is a crucial modern engineering achievement that can rapidly adapt production lines to changing demands, ensuring competitiveness. These robots integrate seamlessly into production lines to remain globally competitive. For example, some of the recent advancements such as smart sensors, AI, and machine learning promise incredible breakthroughs in the industry, making manufacturing faster, more efficient, and sustainable.

Engineering science has been attempting to mimic human arms by manufacturing industrial robotics. However, it was not until 1937 that the first five axes of movement became possible using a single motor. Today, manufacturers build robots using steel or cast materials, with motors that act by means of joints, ending with the wrist.

The robot´s design at the end-of-arm adapts it for a tool or End of Arm Tooling to perform a specific task. Since the creation of the first 5-axes robots, technology has advanced drastically to the point where we can see robots in large production systems.

Additionally, robots carry out many applications in manufacturing, and there is no project too large or small where industrial robotics cannot be adapted or integrated.

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Robot integrators: Helping manufacturers and beginners with industrial robots.

Robot Store: Your robotic integration experts. New and refurbished KUKA, FANUC, ABB, Motoman, and more. Design, simulate, program, and train with us. Contact Robotics and Automation.

Types of Industrial Robotics

Today, the most common types of industrial robots in manufacturing are:

  1. Articulated robots
  2. SCARA robots, 
  3. Delta robots 
  4. Cartesian coordinate robots, and
  5. Gantry robots.

Manufacturing Robot Applications

Manufacturing robots are widely used in various applications, and they enhance efficiency, productivity, and the quality control of the manufacturing industry. As a result, they offer faster and more precise production, while also reducing the risk of injury. Consistent output and saving both time and money are also additional benefits. Adopting robots upgrade operations, keeping companies competitive, and meeting customer demands. This makes it a critical component in modern manufacturing processes.

Even though robots, also known as six-axis robots, have some similarities with human arms, modern engineering has not been able to mimic the freedom of movement found in the human arm. The mechanical system of industrial robots makes them faster than humans, but they lack the same amazing abilities. However, robots have higher speed, but without proper safety equipment, they can cause serious injury to operators. Quite clearly, robots increase the speed of the manufacturing process while maintaining a high degree of accuracy and precision.

Furthermore, robots can perform different manufacturing applications with high precision, such as welding, material handling, assembly, cutting, and palletizing, among others.

Benefits of Industrial Robotics for Your Business

The use of industrial robotics can greatly benefit businesses by making their operations more streamlined, efficient, and cost-effective.

The benefits of industrial robotics are numerous, with the most significant being increased productivity, higher precision and accuracy, reduction in repetitive and tedious manual labour, cost-effectiveness, and safety. By incorporating industrial robots into their manufacturing processes, businesses can achieve greater levels of process control, leading to better quality products, lower costs, and improved speed to market. Overall, businesses can enjoy a significant competitive advantage by using industrial robotics, helping them to stay ahead in their respective industries.

Operators can program the robot for a specific task. However, due to the robot’s versatility, they can reprogram it to perform a different job. Robots can lift heavy parts, palletise, weld heavyweight items, assemble vehicles or even handle fragile items or food. Essentially, robots can perform tasks that humans cannot efficiently.

The wonder of modern engineering brings high-precision robots with minimal errors or none at all. Some of the benefits of industrial robotics include reduced labour costs, waste materials, and fast return on investment.

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Robot integrators: Helping manufacturers and beginners with industrial robots.

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Robot integrators offer a range of valuable services to manufacturers, from providing expert advice on the latest technology to tailoring solutions for each client’s unique needs. In addition to improving productivity, efficiency, and product quality, integrators can also reduce error rates, saving businesses time and money in the long run.

For novice users, integrators can provide essential training and guidance on robot operation, programming, and maintenance, as well as help in selecting the right robotic system for their budget. By partnering with integrators, businesses can unlock the full benefits of automation and stay ahead of the competition.

Robot Store specializes in robotic integration, offering new and used industrial robots, refurbished KUKA,  FANUC,  ABB, Motoman, and more. Our services include designing robot cells, simulation proofs of design, programming and training staff, and providing spare parts. Contact us for a long-term partnership or learn more at Robotics and Automation.

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