Dual Tile Conveyor System: A Smart Solution for Saving 40% Space

"A plant so crowded that even an ant has to walk sideways?" This is not a paragraph, but the status quo that tile factory owners have a daily headache - until theDouble Conveyor System横空出世​In the past few years, the space utilisation rate has been raised to 40% with the three-dimensional combination of "air corridor + ground express".


🔄 I. System structure: how do the upper and lower levels play the "relay race"?

Think of an overpass on a road - the lower level runs lorries and the upper level runs trolleys. A double-deck system for tile delivery follows a similar logic:

  • The main force at the lower level: Flatbed trucks full of tiles on guide rails heading straight for the processing area, equivalent to thelorry
  • upper return path: Empty wagons that have been unloaded are raised to the upper track, like thelight railReturn to the starting point in general silence
  • Key points of convergence: Lifting device at both ends asIntelligent LiftThe car can go up in 5 seconds with an empty car and down in 5 seconds with a loaded car.

Ask yourself: how does a flat car enable switching up and down?
A: Take a look.Conveyor steppersThe subtle design of the hook block to catch the flat car → hydraulic jacking → pan positioning → precise drop rail, the whole process is more stable than a crane machine!


📐 Second, Space Magic: How did 40% save?

Why does a traditional single-ply line take up space? Just look at the comparison:

comparison term Single-deck conveyor systems Double Conveyor System
footprint (of a building, piece of equipment etc) Requires 200,000-300,000 square metres Only 60% space required for same capacity
Flatbed turnover rate 1 time/hour 3 times/hour
Channel utilisation Ground one-way use only Dual air + ground loop

The core secret to saving spaceIn:

  1. vertical stacking: Move return empty cars to the air track and run only loaded cars on the surface
  2. closed loop flow: Lower tier trucks unload and immediately "take the lift" to upper tier trucks for the return trip
  3. Intelligent Dispatch:: The system automatically allocates tracks and avoids "blocking junctions" with vehicles.

⚡ iii. Technical highlights: it's not just as simple as saving space!

You thought double-decker systems only stacked? These hidden skills are even more amazing:

  • Hydraulic Intelligent LevellingBi-directional hydraulic lever automatically adjusts the tilt angle from 0-15°, making the tiles as smooth as sitting on a magnetic levitation.
  • Anti-fall cushioning: 3-metre drop retrofittedRubber Air CushionThe breakage rate was reduced by 82%.
  • Multi-track parallel connectionSupports 6-8 conveyor lines in parallel, doubling the production capacity without the fear of "traffic jam".

Ask yourself: will speed be slowed down by multiple layers of transit?
Answer.Flatbed circulation systemLet the conveyance invert 200%! Empty car takes an overhead shortcut to return, 3 times faster than a ground turnaround, get it?


🏭 Fourth, the actual case: real money benefits to speak

Guangdong Guanxing ceramics transformation is a textbook:

  • Space utilisation: 24m high three-dimensional warehouse + double-deck conveyor, storage area compressed 40%
  • labour costOrder pickers cut from 100 to 20, saving $5 million in annual labour costs.
  • Breakage control: RGV long-distance conveying + end buffer, 3 tonnes heavy brick breakage rate <0.3%

furthermoreintelligent linkage--When the stacker picks up the goods, the conveyor line automatically decelerates and aligns; after the tiles are out of the warehouse, the empty pallet is automatically returned to the production line through the elevator→RGV→chain line, and the whole process is like driving on autopilot!


💡 EXCLUSIVE PERSPECTIVE: Saving space is just the beginning...

As a practitioner who has personally tested N factories, I think that theSpatial optimisation is essentially a reconfiguration of the production logic. When the conveyor line goes from a flat surface to a three-dimensional network:

  1. The equipment relationship has changed: Millimetre accuracy of the fit between stacker cranes and RGVs
  2. Human-machine collaboration has changed: Workers upgraded from bricklayers to system monitors
  3. The cost structure has changed: Doubling of combined benefits over three years despite an increase in initial investment of $30%

Bosses who cry "single tier line is enough" are like sticking with flip phones--It's not that you can't afford a smartphone, it's that you can't figure out efficiency.. In manufacturing, after all.Every square metre saved is a real net profit.

Tags.

Related news