Automatic Packaging Line SystemsComplete turnkey automatic packaging lines for bottles, pouches, jars, and cartons matched by speed and industry.
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Packaging Line Floor Footprint, Electrical & Compressed Air Reference Chart

Reference chart of floor dimensions, ceiling heights, electrical kW loads, and compressed air (MPa and m³/min) across automatic packaging lines.

Facility Readiness Prevents Costly Civil Retrofits

Confirming electrical breaker capacity, dry air compressor CFM/m³/min, and clear ceiling height before ordering equipment prevents delivery-week surprises. Built under packaging line sizing and packaging line configurations, the chart below compiles published utility envelopes across standard turnkey configurations.

Note how heat-shrink tunnels and hot-melt case sealers dominate electrical kW demand, whereas pneumatic piston fillers, dive nozzles, and reject pushers drive compressed air volume.

Six-stage turnkey automatic packaging line from unscrambling through robotic palletizing
Coordinated turnkey lines align mechanical guide rails, PLC speed references, and buffer conveyors across all six stations.

Published Utility & Dimensional Planning Envelopes

Use these baseline envelopes for preliminary plant engineering (add 20–25% compressor and breaker headroom):

Turnkey Line Type Typical L × W × H Envelope Electrical Load & Supply Compressed Air Requirement Dominant Load Driver
Multihead Weigher + VFFS Line 4.8 × 3.2 × 3.9 m (with Z-elevator) 6.5–11 kW (220V/380V, 50/60 Hz) 0.65 MPa @ 0.4–0.7 m³/min Heat jaws + pneumatic gates
Inline Bottling + Label Line (60 BPM) 12–16 × 2.2 × 2.3 m 12–18 kW (220V/380V 3-phase) 0.8 MPa @ 0.8–1.2 m³/min Diving nozzles + capper + induction
Bottling + Shrink Sleeve + Case Line 18–24 × 2.8 × 2.4 m 28–38 kW (380V/440V 3-phase) 0.8 MPa @ 1.2–1.6 m³/min Electric shrink tunnel (~15–20 kW)
Robotic End-of-Line Case + Pallet Cell 7.5 × 4.2 × 3.2 m (3,100 mm reach) 8–14 kW (380V/440V 3-phase) 0.6–0.7 MPa @ 0.5 m³/min Servo robot axes + case erector

Cross-check capital and operating cost impacts in our automatic packaging line cost guide.

Matrix matching rigid bottles, pillow bags, zipper pouches, and thermoformed cups to line modules
Container rigidity and closure type dictate both the primary dosing frame and the secondary case-loading geometry.

Critical Line Integration Checks

  • Air Dew Point & Filtration: Supply ISO 8573-1 dry air (refrigerated dryer + 5 μm coalescing filter); wet air corrodes valve spools and causes erratic piston strokes.
  • Z-Elevator Pit vs Platform: Where ceiling height is below 3.6 m, use an inclined cleated belt or low-profile multihead platform instead of a tall vertical bucket elevator.
  • Dedicated Clean Ground: Provide an isolated earth ground for checkweigher load cells, induction sealers, and PLC servo cabinets.

Check Your Bay Dimensions Before Layout Freeze

Measure door opening width/height along the rigging path from loading dock to production bay.

Send your available L × W × H and voltage supply via our Project Brief.

Throughput comparison across powder VFFS, inline bottling, continuous bagging, and rotary multi-head lines
Select the core primary filler architecture around 80–85% of rated peak speed so downstream stations retain catch-up margin.

Explore related specifications in Automatic Packaging Lines, Line Configurations & Specs, and submit your container throughput targets via Project Brief.

Related Specifications

Further Reference

Confirm Specifications Against Your Project

Share target throughput, dimensions, and site constraints with Automatic Packaging Line Systems for an itemized engineering check.

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