Choose Your Region and Language
world-map-na
North America
English
Additional Websites:
Canada (FR)
world-map-la-north
Latin America - North
English
Additional Websites:
America Latina (ES)
world-map-la-south
Latin America - South
English
Additional Websites:
America Latina (ES) Brasil (PT)
world-map-apac
APAC
English
Additional Websites:
中国 (中文)
world-map-ausnz
Australia
English
Choose Your Region and Language
world-map-na
North America
English
Additional Websites:
Canada (FR)
world-map-la-north
Latin America - North
English
Additional Websites:
America Latina (ES)
world-map-la-south
Latin America - South
English
Additional Websites:
America Latina (ES) Brasil (PT)
world-map-apac
APAC
English
Additional Websites:
中国 (中文)
world-map-ausnz
Australia
English
automotive hero3

Semi vs. Fully Automated Auto-Dispatch Technology: What’s the Difference?

Automation | Hoisting & Lifting Equipment | Crane Systems | Safety and Training | by Columbus McKinnon | Jun 04, 2021


In a recent blog, we discussed the benefits of auto-dispatch technology and the impact it can have on safety, uptime, and productivity. Some of these benefits include improved facility and operator safety, increased uptime, improved space efficiency, streamlined operations, and increased material flow.

Now that you understand the benefits of auto-dispatch, you may be wondering how to implement this technology in your facility and integrate it into your processes. There are two levels of control to choose from when looking at auto-dispatch technology: semi-automated or fully automated. Before you can choose one, you should understand the differences between them and the capabilities they can provide. Let’s take a closer look.

Semi-Automated Auto-Dispatch Technology

In a semi-automated configuration, auto-dispatch technology enables automated movement while also utilizing human assistance for precise actions. This keeps the operator closely involved in the process, allowing them to initiate movement, but also makes the process more streamlined and safer with automated material flow and obstruction avoidance. For example, on an automobile production line, semi-automated controls can be used to lift and move an engine close to a transmission. Then, an operator can take over to complete the final positioning and attach the two pieces together.

Another benefit of the semi-automated configuration is that multiple areas can share a single crane. With a shared crane, finished products can travel through one, all, or a combination of work locations, depending on process needs.

For example, our ProPath™ Automated Workstation Crane allows an operator to initiate movement via a radio remote control or pendant pushbutton station, directing the crane to travel to a specific location. Variable Frequency Drives power the bridge, trolley, and hoist motions to provide precise positioning within one-half inch. Using specialized software designed for material handling applications, parameters such as hook height, load status, and speed can be programmed, monitored, and adjusted as necessary. After the task at a workstation is complete, an operator can send the crane and the load to the next station or a different operator. This helps eliminate wasted effort while enabling the operator to have input in the process.

Menomonee Falls ProPath™ Installation & Product Demo

Check out the new Unified ProPath™ workstation crane hard at work in our Menomonee Falls facility. We'll use this semi-automated ProPath to move panels in and out of our CNC drilling station, helping us increase productivity, safety, and efficiency!

Fully Automated Auto-Dispatch Technology

Fully automated configurations require no human assistance beyond setup. Once in place, a fully automated system ensures accurate, repeatable processes to enhance process flow, ultimately reducing idle time, improving cycle times for increased productivity, and maintaining consistent operation.

Intelligence is an added benefit of fully automated technology. Fully automated systems allow you to pre-program your crane to travel along a designated path, preventing potential collisions with other equipment or operators. Fully automated technology does the work for you by eliminating the need for specialized skills or knowledge of lifting technology and may incorporate sway control or protected zones, reducing the element of human error.

These systems can be programmed to perform safety checks and ensure all parameters are met before operation begins. From there, the system delivers critical, real-time data to a laptop, tablet, or human machine interface (HMI), which can remotely start, program, monitor, or troubleshoot the entire system. With continuous diagnostic and analytic information, you can also plan for maintenance more easily, helping increase uptime.

No matter which type of auto-dispatch system you use, it can be configured to your exact requirements through a combination of radios, drives, motors, brakes, and automation programming. This gives you the flexibility you need to easily integrate it into your unique manufacturing processes.

Want to learn more about what auto-dispatch technology and crane automation can do for you? Contact us today. We can help you take advantage of this technology in your applications and tell you more about our innovative crane automation solutions, such as our ProPath Automated Workstation Crane or Intelli-Guide™ Auto-Dispatch Technology.

Unified ProPath™

The ProPath Automated Workstation Crane combines our industry-leading Enclosed Track Aluminum (ETA) Rail with “smart” material handling solutions in a unique package to increase the safety, productivity, and uptime of your facility. You can customize each system to match application needs, choosing from an extensive portfolio of crane solutions products, such as variable frequency drives, powered chain and wire rope hoists, radio remote controls, articulating arms, vertical reaction lifters, and much more.

VIEW PROPATH

Magnetek® Intelli-Guide™

Combining radios, drives, motors, brakes, and automation programming, Intelli-Guide Auto-Dispatch technology allows operators to automatically send a load to different pre-programmed areas in a facility with the push of a button. Then, as the load moves to the programmed destination along a determined route, the operator can work on a different task or start on the next step of the production process, increasing productivity and efficiency. 

VIEW INTELLI-GUIDE