If you've ever stepped foot inside a consumer electronics factory, you know how chaotic the floor can get. Parts are moving non-stop, batches change every few hours, and if one delivery is even five minutes late, an entire production line can grind to a halt. For years, most factories relied on teams of workers pushing heavy carts back and forth between the warehouse and the lines. It worked, barely-but it was inconsistent, exhausting, and always the first thing to break when production ramped up.
I saw this firsthand last year when we worked with a large electronics manufacturer in southern China. They'd just invested millions in brand-new automated SMT lines, expecting to boost output by 60%. But three months in, they were barely hitting 40% of their target. The problem wasn't the machines-it was the people. Their warehouse team couldn't keep up with the faster production pace. Workers were running 12-hour shifts, mistakes were happening daily, and parts were always showing up either too early or too late.
That's when they decided to try our Reeman AMR delivery robots.
We started with a small pilot of 8 robots in one production zone. Each robot can carry up to 300kg and lifts standard carts directly off the ground, so they didn't have to replace any of their existing racks or containers. That was a big selling point-most automation projects require you to rip out and rebuild half your facility, but we had these robots mapped, tested, and running in just 1 days.
The robots use LiDAR and a suite of other sensors to navigate on their own. What surprised the client most was how well they handled the chaos of a real factory floor. They slow down when workers walk in front of them, stop for passing forklifts, and even navigate around temporary pallets left in aisles. No magnetic strips, no floor tape, no constant supervision.
On the software side, our system connects directly to their MES. When a line is running low on a particular part, it automatically sends a robot to the warehouse to pick it up. Before, a worker would have to walk to the warehouse, find the part, and bring it back-an average of 18 minutes per trip. Now it takes 7 minutes, and the line worker never has to leave their station.
The biggest challenge we faced was the multi-floor layout. The warehouse is on the first floor, but production spans floors 2 through 4. Our robots handle this completely on their own-they call the elevator, ride up, and even interface with the automatic doors at each entrance. We had to tweak the elevator integration a bit during the first week, but once we got it right, it worked flawlessly.
After the pilot was successful, they rolled out 32 robots across the entire facility. The results have been staggering:
Overall logistics efficiency increased by 112% (effectively doubled)
Average material delivery time dropped from 18 minutes to 7 minutes
Line downtime due to missing parts fell by 87%
They reassigned 22 workers from manual cart pushing to more skilled, higher-paying positions
The plant manager told me last month that the biggest change isn't just the speed-it's the predictability. Before, they never knew exactly when a part would arrive. Now, the system tells them down to the minute. They can plan their production schedules with confidence, and they no longer have to keep weeks of extra inventory on hand just to cover for delivery delays.
At Reeman, we build every part of these robots ourselves in our Shenzhen factory-from the control boards to the wheels. We don't just buy off-the-shelf components and slap our logo on them. That's why we've been able to ship over 12,000 robots to more than 40 countries in the past 5 years. We've tested them in every environment you can imagine, from cold storage warehouses to dusty automotive plants, and they keep running.
Automation doesn't have to be complicated or expensive. It just has to work. And for this electronics manufacturer, replacing their manual cart pushers with Reeman delivery robots was the simplest, most effective change they've made to their operation in years.
