Bottom line: the best conveyor is defined by your product and integration points—not by a single “standard” belt type.
Step 1 — Define Product and Environment
- Powdery/dusty vs wet/oily
- Food contact vs general industrial
- Temperature and cleaning method
Step 2 — Map Integration Points
List every interface: infeed → filler → checkweigher → metal detector → sealer → labeler → case packing. This decides conveyor type and controls.
Common Conveyor Types
| Type | Typical use |
|---|---|
| Belt conveyor | General product transfer and stable flow |
| Modular plastic belt | Washdown environments and food applications |
| Roller conveyor | Boxes/cartons and accumulation |
| Incline/Z conveyor | Elevation change and controlled feeding |
Step 3 — Confirm Speed, Buffer, and Accumulation
- Target throughput and peak rate
- Need for accumulation tables/buffers
- Jam detection and sensor strategy
Quick Checklist
- Product dimensions and weight
- Line layout drawing
- Target throughput
- Hygiene standard
- Power/controls preference
Inputs we need for an accurate quotation
- Product state and behavior (powder flowability, viscosity, particulates, temperature)
- Package format and size range (bag/bottle/jar; material and seal type)
- Fill range and target tolerance (e.g., 100–500 g, ±1–2 g)
- Target output (units/min or hr) and expected runtime per day
- Local utilities (voltage/phase/frequency, compressed air, clean-room/hygiene level)
- Photos or sample pack + label requirements (if any)
Common failure points (what usually goes wrong)
- Filler choice not matching product behavior (bridging, foaming, shear sensitivity)
- Poor dust control contaminating seals (powders)
- Unstable feeding causing speed fluctuations and weight drift
- Bag material/seal spec not compatible with sealing temperature or contamination
- Underestimating footprint and maintenance access space
Factory acceptance test (FAT) checklist
- Run with your product or a confirmed substitute and record output stability
- Check weight accuracy vs tolerance at different speeds
- Verify sealing integrity (leak test / visual inspection) across a full shift simulation
- Confirm safety, emergency stop, guards, and basic alarms
- Capture test video and final configuration list for handover
Frequently Asked Questions
How do I prevent jams?
Use correct guides, sensors, buffers, and define clear transfer points. Share your layout and product shape so we can adjust.
Can conveyors be stainless steel?
Yes—stainless frames are common for washdown and food-grade lines.
Do I need accumulation?
If downstream stops frequently or you need stable infeed to a filler, accumulation is usually helpful.
What information do you need to design a conveyor line?
Product size/weight, throughput, layout constraints, and the machines to connect.