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Assembly Solutions

What is Assembly Line Automation?

An automated assembly line involves using assembly and/or process stations that progressively produce manufacturers’ end products. These lines may deploy robotics, conveyance, vision, or other automated technology to complete production tasks in multiple stations, moving the part or product through each step in an automated production sequence. Automated assembly lines can take many forms, including lean automation, flexible automation, and fixed or hard automation.
Automation solutions are not one-size-fits-all. The highest return on investment comes from integrating a system that is targeted to meet a specific need and solve a business problem in your production. There are many types of automation, including bench-top assembly stations, semi-automated lines, lean automation, continuous motion, fixed automation, and flexible automation. Continue reading to understand some of the differences between these types of assembly line automation.

A fully automated production line describes equipment and systems that complete all or part of the process with machines and virtually little to no human intervention. In a fully automated production environment, employee involvement is typically limited to loading product recipes into the machine interface before supervising and monitoring the system for issues, such as part replenishment that requires loading product components into the respective feed systems.

 

Semi-automated systems employ more human intervention to initiate machine commands following the manual loading of parts into fixtures or other such tooling. This type of system can involve humans working side by side with automation. For example, some tasks require more dexterity than a human may be able to reasonably handle, so collaborative robotics and other such automation assistance systems can be added. In another example, employees may be in charge of moving parts or products from one assembly station to another, while more automated systems at these stations complete repetitive tasks.

Automotive Assembly System
Lean Manufacturing

Today, many manufacturers follow an overall lean manufacturing strategy, whereby automation is only added to steps in the assembly process where it will add value. In these systems, comprehensive studies are done to determine where automation adds value to the process and areas where it does not — these stations are stripped to basics relying on humans to carry out the tasks. Companies do not install technology such as robotics, vision, conveyance, or other systems in this type of automation unless they add value to the overall production line.  Conversely, if automation adds value, then the manufacturers can choose to make the investment and adopt it. As an example, manufacturers who produce low volumes of select products would find that the capital investment required to add automation does not have a favorable return on investment (ROI), thereby making it more cost-effective for employees to move parts themselves or keep parts in one place instead of installing a high-speed robot to move them.

 

Continuous motion technology is a key component in high-throughput manufacturing automation. This assembly technology typically involves using mechanical or servo-based cams, tooling, and sometimes machine vision to optimize cycle time to attain high throughput speeds that could never be achieved through manual labor or semi-automatic automation. Benefits of continuous motion include higher system overall equipment effectiveness (OEE), reduced cycle time, and increased system throughput largely due to the optimized time for material transfers between subsequent assembly/process stations. Typically, manufacturers who make a consistent product, in which the assemblies are identical, benefit from integrating continuous-motion technology into their assembly lines. Advances in servo-based cam technology is expanding the possibilities of this technology into areas such as medical device assembly and filling applications requiring high-throughput — in these instances, continuous motion is growing.

Continuous Motion

Fixed automation — or hard automation — applications use programmed robotics, vision, and other technology to do the same task the same way every time. Typical applications can include material handling robots or conveyance systems. These applications usually are much faster and more repeatable than traditional manual methods. However, operators must reprogram the technology for each new product, and this reprogramming requires downtime.

 

Comparatively, programmable or soft automation applications are known as flexible automation because they can adapt operations to new parts or products with little or no downtime. As a result, these applications may not have output as high volume as fixed automation, but there is less downtime.


Integrating automation into your production line can boost capacity and quality and lower production costs. Flexible or programmable automation solutions can be reconfigured and deployed in other parts of the line. Your company can see a high return on investment through the following benefits:

  • Increased capacity
  • Reduced unit costs
  • Increased quality
  • Improved precision and repeatability

Companies that have integrated automation into their production often see considerable savings in labor costs and repeatable quality. Traditional assembly and processing through only manual labor means more error and waste while automation solutions reduce error and scrap and increase productivity.

JR Automation has the capacity and long-term experience to provide automation solutions for your assembly line. Our engineers work across our global network to build proofs of concept and integrate third-party machines so you have the automation in places you need. We provide complete solutions from concepting to final installation and service.

 

JR Automation is also on the cutting-edge of digital automation. From installing digital interfaces on your machines to remotely monitoring your production equipment, JR Automation can ensure your controllers and analysts have the data they need to make decisions. We're constantly advancing the latest and greatest technology for our customers to keep their facilities state of the art. With artificial intelligence and custom software, robotics and vision can adjust to moving and handling a mix of parts and products better than ever before.

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