Robotics & Automation News

Market trends and business perspectives

Tips on how to effectively implement automation in the manufacturing process

Desire to bring automation to the manufacturing process of your company or startup? The following tips will come in handy if you want to succeed in that!

A decade ago nobody could even dream about the technologies that can optimize industries in terms of the design process. Business owners or start-uppers can make the design process more effective via introducing robotic technology and automation.

The last can improve the development process in any industry. However, it makes the biggest influence on the industrial business.

Currently, many enterprises, factories, and other manufacturing organizations require industrial automation. As far as productivity and performance are of the greatest concern of many manufacturers, innovative robotic solutions and automation are getting in the limelight.

The majority of unmanned tools can successfully function individually, as well as optimize the working environment for the engineering specialists that spend most of the time on-site.

What is exciting about robots? They can perform routine tasks so that engineers can focus on handling more serious duties. Additionally, robots are a perfect solution to be a good substitution for engineers when it comes to coping with risky operations.

Well, in case you’ve made up your mind to deliver automation practices in the development process to manage the main manufacturing challenges, get acquainted with the following useful tips to do that correctly. In case you need professional support, check automation systems design solutions at

Start with the appropriate automation system
Firstly, you should know that if they want to introduce industrial automation, they should be ready to pay a small fortune! This pleasure is not cheap. You should substitute traditional machinery and equipment for an innovative modern system.

So, you have to decide on which tools require to get upgraded to implement the Internet of Things to optimize your work as well as improve the performance of the whole manufacturing business.

As a rule, when they select to bring automation, the machinery is not set automatically and you need to conduct specific adjustments which are possible using factory automation systems. You should choose the most appropriate one among the following:

  • Computer-Integrated Manufacturing is the entire automation of manufacturing-based business and development procedures via computerization which involves CAD and CAM, computer-aided planning/scheduling/production, automated transfer platforms, robotics, and flexible machine systems.
  • Programmable automation platforms enable adjustment and rearranging of development processes to capture the configuration of output and variation. Such systems involve numerical control machine equipment launched by a computer program to design portions of various objects.
  • Flexible Manufacturing Systems enhance the features of programmable platforms to allow realignment with restricted or without time lost when it comes to production.

Select the right tools in manufacturing automation
In case you desire to bring automation into the manufacturing process, you have to figure out the proper equipment for your small business or startup.

There exists a set of tools that are traditionally implemented to optimize the equipment in industrial automation such as the following:

  • Computer-Aided Design (CAD) applies a computer to develop, test, and monitor objects. As soon as engineers receive the final version of the solution, they use it as an application and deliver it to a computer-aided manufacturing platform.
  • When engineers use Computer Numerical Control together with numerical control, this makes it possible to preserve, correct, and revise coded programs for part processing, in case any bugs appear. This tool allows designing part programs, starting from the setup string or by teaching certain equipment to carry out steps that are then recorded by the system in code.
  • Logic Controllers unite and synchronize transmissions from trackers with instruction operating mechanisms, giving user-accessible resources to create and monitor tasks and processes.

Mind the testing phase
As far as you get your automation strategy for the manufacturing process ready, it would be a great step to initially run a test version of the solution. Testing provides engineering specialists with the chance to analyze the performance of the automation strategy with a real process in a real-time mode.

When they receive the results of the test solution, be ready to integrate all the necessary optimizations accordingly. You should analyze the results and consider the outcomes that require to get automated as well as the scenarios that can stay as they are.

It would be ideal for the engineering team to involve the right contractors that will support them in creating the strategy regarding the next steps after testing.

Such a partnership with relevant stakeholders will guarantee that you will see all the discrepancies in testing and the original environment and correctly implement the automation process.

Sustain the automation process
Many small business owners and start-uppers think that once you’ve implemented automation no further improvements will be required. However, this is a false belief! Automation is never a once-only activity.

So, get ready that sooner or later the automation process will get modifications and you should know how to handle those changes. Here, your task is to evaluate the influence of any modification in the process itself or other systems and develop a strategy to cope with that.

Leave a Reply