I design powder coating conveyor systems as a process control tool, not just steel rails. From loading to curing and cooling, we engineer smooth transfer, safe load, stable spacing, and upgrade-ready layouts for manual, semi-automatic, and automatic lines.
Tip: If you already have a floor plan, send it. We can propose a conveyor route + key station positions.
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A powder coating conveyor system moves and positions workpieces through the coating process with controlled spacing và stable speed. In a typical line, it links loading, pretreatment, spray booth, curing oven, cooling, and unloading — so quality and throughput depend on conveyor design.
We engineer conveyors as part of the whole coating process. The route, turning radius, height, and spacing must match your stations to avoid bottlenecks or temperature drift.
Ergonomic height, stable hangers, safer operation.
Spacing & drip time control to reduce defects.
Coverage-friendly spacing; reduce overspray waste.
Match speed with curing time; smooth transfer to cooling.
Choose based on workpiece weight, takt time, and upgrade plan.
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Max L×W×H and orientation on hanger.
Load per hanger + safety factor.
pcs/hour or pcs/shift defines takt time.
Booth coverage & oven curing time alignment.
Ceiling height, columns, entrances, crane path.
Manual vs auto; electric/gas oven integration.
Quick method: capacity from takt time, and how many parts can stay on the route from pitch.
A conveyor that looks strong can still cause defects if it doesn’t match spray coverage, transfer points, and oven curing time. We design the conveyor as part of the process.
Pitch and speed must fit gun overlap and part geometry.
Stable movement reduces overspray turbulence and waste.
Speed × oven length must meet curing minutes at set temperature.
Buffer after oven reduces handling defects and operator heat exposure.
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Clients checked capacity, energy, and conveyor matching with booth recovery & curing time.
Emphasis on swing control, smooth turns, and stable takt for longer workpieces.
Questions we hear most often from coating line buyers.
It depends on your workpiece weight, output target, and upgrade plan. Manual hanging suits mixed batches. Semi-auto improves takt stability. Power & free is for high output with buffering. Floor conveyors fit extra-heavy parts.
Capacity (pcs/h) ≈ 3600 ÷ takt(s). Then confirm pieces-on-line from route length ÷ pitch, and verify bottleneck station time (often oven dwell time).
Yes — if the original route, turning points, and station buffers are planned with future automation in mind.
We match required curing minutes to effective oven length and set conveyor speed so each workpiece stays in the heated zone long enough. Buffer zones avoid pile-ups.
Send your product size, weight, and workshop layout. We will propose the conveyor route, key stations (booth, oven, buffers), and an upgrade-ready plan if needed.
If you already have an existing line, send the current route and station list — we can propose an upgrade concept.