Industrial robots were first invented in the 1960s, and the company General Motors used the first one. According to Mike Wilson, author of Implementation of Robot Systems, there were over 2 million robots installed in different industrial sectors in 2015. This number has increased as more and more manufacturers introduce robotic systems integration into their production lines. It’s one of the latest technologies, dubbed the future of manufacturing. 

Despite an increase in popularity over time, there are still some misconceptions when it comes to robotic systems. Some assume that with robot integrators, it is too expensive and only suitable for mass producers such as large automotive manufacturers. This is not the case. Automation solutions like robotic systems integration are quite accessible and have a number of benefits for both low and high-volume production. There are robotic systems options available that will fit the budget, needs, and space of any production line.

Robotic integration uses robotic systems to provide automated solutions. It’s the process of programming these systems to complete specific automated manufacturing tasks. A crucial part of robotics systems integration is the integrator. A robotic systems integrator will analyze manufacturing needs, provide custom solutions, design, and then support the robotic system.

Robotics system integration is an adaptable technology used in many industries, including medical and industrial. Many common industrial uses include assembly, painting, dispensing, palletizing, production inspection, material handling, welding, and production testing. Robotic systems integration is very flexible, scalable, and accurate, providing a significant return on investment.

Benefits of Robotic Systems Integration

There are plenty of benefits to introducing robotic systems integration into your manufacturing process. As you will find in the following list, benefits are relational, meaning that when you utilize industrial robots you will receive all of the benefits listed rather than one or two. Robotic systems integration:

  • Improves accuracy and precision: Industrial robots achieve an exceptional level of precision.

  • Increases consistency: Tasks are always completed with the exact specifications needed, every time. With better consistency and quality, there is also a reduction in production costs.

  • Boosts speed: Industrial robots complete automated tasks at a much faster rate. The timing to complete a task is predictable and can positively affect the production line.

  • Saves on labor costs and better utilizes employees’ skills: When an industrial robot is completing routine tasks, you can either reduce labor or assign employees to other jobs where their skill sets are better utilized.

  • Improves floor utilization: Industrial robots take up less space than employees as they don’t need aisleways to walk to and from machinery.

  • Fosters a safer workplace: Complete high-risk tasks completed by industrial robots keep employees out of danger and reduce occupational hazards.

As experts in manufacturing engineering and robotics integration, Applied Engineering has worked with manufacturers from prototype to high volume production. Bringing their passion and expertise, the team can work with you to design solutions that will help you achieve the six benefits of robotics system integration listed above.

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