Determining an aerial lift's proper size and configuration for indoor applications, as well as helping equipment operators understand and use their machines in these environments, can often be challenging. In some facilities, this is due to limited space, obstructions and overhangs. In other cases, it’s finding the “best fit” machine for their operations.
Whatever the situation, augmented reality (AR) technology offers a tool to simplify these decisions by showing what a variety of accurately sized aerial lifts would look like and how they would move through an actual work environment.
It does this by superimposing 3-D representations of its mobile elevating work platforms and telehandlers on top of live video of the facility, captured by a smartphone or tablet camera. For example, AR app users can “drop” a machine in a specific location in its stowed configuration and perform a simulated lift. This enables them to make accurate decisions about the machine’s maneuverability and reach in the exact working environment, which would be impossible to do with just the measurements alone.
Real-World Uses
JLG’s West Coast Strategic Account Manager, Ed Padilla, has been an early adopter of AR technology. He has watched it evolve from a cool piece of new technology to a powerful tool that makes a tremendous difference to the industrial facilities he visits.
“Some of them are replacing ladders with low-level push-around lifts, scissor lifts, boom lifts and other types of lift equipment. But they need a lot of help understanding what’s best for their work environment,” he explains.
“Other times, they don’t have measurements for their ceiling heights. Or, they may not know exactly how high a piece of equipment can reach,” he adds. “With an AR app, we don’t need to know that. We can experiment with different sizes and configurations of access machines to determine the best reach and fit for their needs.”
Here are three real-world examples where using an AR app made a big difference for Padilla and his customers:
Soft Drink Distributor
A soft drink distributor utilizes a fleet of rigid-frame trucks with refrigeration units mounted over the cab to deliver soft drinks to retail locations. The company’s service technicians must remove the covers of these refrigeration units to perform periodic maintenance checks on them. Historically, they have used ladders to do this work. However, they had to reach out from the side of the ladder to perform this work, creating a potentially unsafe situation for workers.
Using an AR app, Padilla was able to show that a scissor lift equipped with an extension would enable a service technician to lift the work platform to a height just above the roof of the cab and then deploy the extension to reach the refrigeration units. This would better position them to do their work more easily and safely.
Deck Manufacturer
A manufacturer of composite deck materials experienced a big increase in business during the last two years because many homeowners decided to add or repair decks to their homes during the pandemic.
To meet this demand, it installed additional casting and cutting equipment and conveyors within its existing facility. This caused the production area to become more crowded, making it harder to inspect and repair elevated conveyors and other machinery.
In some locations, motors, belts, piping and conveyors occupied the space where maintenance workers were formerly able to use a scissor
lift. Other areas were only accessible via ladders.
The facility also owned a 60-foot boom lift. Before the installation of additional production equipment, there was enough open floor space to position the base unit farther away from the machinery and use the boom to perform maintenance on it. But that is no longer possible with the current, more crowded production setup. In other words, this boom lift was now too large for this more crowded space.
Using an AR app on a tablet, Padilla experimented by virtually placing a variety of machine types and sizes in various locations on the production floor to determine which model and configuration would work best.
Bakery
A bakery that manufactures cakes and other baked goods for local retail stores was looking for safer alternatives to ladders to enable its staff to perform routine maintenance in one of its facilities.
After baked goods exit an oven, they are transported on a variety of elevated conveyors for cooling, packaging and other secondary operations. Sometimes, the product gets stuck on them. A worker must manually access this area to clear the jam. The facility also has several elevated dust control units. They contain filters that must be cleaned regularly.
The bakery had been using ladders to perform most of this work, but decided to explore other alternatives, such as low-level access lifts. Padilla used an AR app to help its safety team select the right machine size and configuration to give them the needed reach.
In several locations, ovens were located near building walls. Using the AR app, he demonstrated that a JLG EcoLift vertical lift had adequate clearance to make a 90-degree turn near them and traverse this narrow space.
Find Solutions Faster
One of the biggest advantages of an AR app is that it enables Padilla to play “What if?” with a variety of machine sizes and configurations in their work environment. He can easily envision fit and reach in ways that measuring the space and comparing those numbers to a traditional spec sheet can’t.
“In the past, I was restricted to demonstrating the machine that I towed behind my truck. Now, I’m able to show them a whole range of options and help them identify the best lifting solution for their needs. For me and my customers, digitizing the whole experience — from equipment demo’ing to project documentation — has been a game-changer,” Padilla says.
After he leaves the facility, the customer’s team members can download the AR app and continue experimenting with it on their own.
“They can explore machine types and options on their own, including many of our newest models. It’s very empowering,” he adds.