Capping is the second-most-expensive single station on a bottling line, and the CapEx range reflects the variety of closure types in use: $5,000-$25,000 covers screw-cap chuck cappers for PET and HDPE bottles, while press-on cap and crown capping machines run $8,000-$30,000. Lintyco's LTC8-200 premade pouch rotary is referenced here as a related integration platform — for actual bottle capping, dedicated chuck cappers or rotary capping turrets integrate into bottling lines.
The main CapEx drivers: (1) capping type (screw, press-on, crown, ROPP), (2) chuck or pick-and-place mechanism, (3) speed (inline single-head vs rotary multi-head), (4) torque control sophistication (mechanical clutch vs servo). Annual maintenance runs 6-10% of CapEx — chuck jaws and torque clutches wear fastest.
Cost Breakdown
CapEx → running cost
| Cost Component | Typical Range |
| Capital expenditure (CapEx) | $5,000 - $25,000 |
| Annual maintenance | $400 - $2,000 |
| Energy consumption | 0.8 - 3.0 kWh/hour |
| Labor per shift | 1 operator (shared with line) |
Benchmarks at a Glance
2026 data
Price Range
$5,000 - $25,000
Industry Note
Capping machine ROI runs 10-14 months as part of an integrated line — the standalone ROI is less meaningful because capping is rarely a bottleneck. Premium products with tamper-evident closures see fastest payback.
Buying Decision Factors
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Closure type: Screw cap (most common, $5-20k) for PET/HDPE bottles. Crown cap ($8-25k) for glass beer/soda. ROPP aluminum ($10-25k) for wine/spirits. Press-on ($6-15k) for dairy. Each needs a dedicated capping head.
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Speed tier: Single-head inline ($5-12k, 20-40 bpm) for craft and small volume. Multi-head rotary ($15-25k, 60-200 bpm) for mid-to-high volume. Rotary pays back above 50 bpm.
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Torque control: Mechanical clutch ($1-2k) is simplest but torque varies ±15-20%. Servo torque ($3-8k) hits ±2-5% — essential for safety seals, tamper-evident bands, and regulated products.
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Cap sorting and feeding: Vibratory bowl sorter ($1.5-5k) for screw caps. Centrifugal sorter ($3-8k) for high speed. Elevator sorter ($2-6k) for lightweight caps. Without proper sorting, capping fails 5-15% of bottles.
Products That Use a Capping Machine
Cross-linked selectors
Frequently Asked Questions
Screw cap, crown, or ROPP capping for my product?
Screw cap (PP/HDPE) for water, juice, oil, sauce — most common, resealable. Crown cap for beer and carbonated glass bottles — single-use, cheap. ROPP aluminum for wine and spirits — tamper-evident, premium feel. Press-on for dairy and yogurt.
Single-head inline or rotary multi-head capper?
Inline single-head ($5-12k, 20-40 bpm) for craft and small volume. Rotary 4-6 head ($15-25k, 60-200 bpm) for regional and national brands. Rotary pays back above 50 bpm due to throughput.
Mechanical clutch or servo torque control?
Mechanical clutch ($1-2k) is simple and reliable for non-critical applications (±15-20% torque variance). Servo torque ($3-8k) delivers ±2-5% — essential for tamper-evident bands, pharmaceuticals, and regulated products.
Why are my caps loose after capping?
Causes: (1) torque setting too low, (2) worn chuck jaws or inserts, (3) cap dimension variation, (4) bottle thread variation. Calibrate torque weekly and inspect chuck jaws every 200,000 cycles.
Can one capper handle multiple cap sizes?
Yes, with change parts. Each cap size needs a matched chuck insert ($200-600 each). Changeover takes 5-15 minutes per chuck. For frequent format changes, quick-change chuck systems ($1-2k upgrade) cut time to 2-5 minutes.
Do I need a cap sorter/feeder?
For automated lines above 30 bpm, yes. Vibratory bowl sorter ($1.5-5k) for screw caps. Centrifugal sorter ($3-8k) for high speed. Manual cap placement is only viable for very small batches (<20 bpm).
Can a capper apply induction seals (tamper-evident)?
The capper applies the cap with a foil liner inside; a separate induction sealer ($3-15k, downstream) heats the foil to seal it to the bottle. The capper and sealer are different machines. Plan for both in line layout.