A stick pack machine in 2026 costs $10,000-$13,000 for the Lintyco LTC520 multi-lane configuration — the reference for industrial production. Industry-wide standalone stick-pack equipment ranges $25,000-$80,000 depending on lane count and filler sophistication. The slim, tall-narrow format (typically 15-30mm wide × 80-120mm long) commands a 30-50% premium per gram over sachets and pillow bags, making stick packs the highest-margin single-serve format for sugar, coffee, protein powder, and pharmaceuticals.
CapEx drivers: (1) number of lanes (4-12 lanes, each adding $4-6k), (2) servo-driven film transport (vs stepper — servo adds $5-10k but enables 150+ bpm), (3) filler type per lane (auger, volumetric cup, or piston), (4) print registration quality for branded film. Operating costs run 10-14% of CapEx annually for sealing jaw replacement, film knife sharpening, and lane calibration.
Cost Breakdown
CapEx → running cost
| Cost Component | Typical Range |
| Capital expenditure (CapEx) | $10,000 - $13,000 |
| Annual maintenance | $2,500 - $8,000 |
| Energy consumption | 3.5 - 8.0 kWh/hour |
| Labor per shift | 1 operator |
Benchmarks at a Glance
2026 data
Typical Speed
60-150 (total across lanes)
Price Range
$10,000 - $13,000 (Lintyco LTC520 multi-lane)
Industry Note
Stick pack ROI runs 12-14 months for premium coffee and pharma (high per-stick margin); 16-20 months for commodity sugar and salt where per-stick margin is $0.005-0.015.
Buying Decision Factors
-
Lane count: 4-lane ($25-35k) for entry production. 8-lane ($45-55k) is the sweet spot for most brands. 12-lane ($65-80k) for QSR and pharma supply. More lanes = higher throughput but more changeover complexity.
-
Film transport drive: Servo drives ($5-10k premium) enable 150+ bpm with precise print registration. Stepper drives cap at 100 bpm and struggle with complex printed film. Servo pays back in throughput for 8+ lane machines.
-
Filler head type: Auger for powders ($3-5k per lane), volumetric cup for granules ($1.5-3k per lane), piston for liquids ($4-7k per lane). Pick based on product, not on machine specs.
-
Stick dimensions: Standard sticks: 17×95mm or 22×110mm. Slim sticks (15mm wide) for pharma and premium coffee. Wider sticks (28-35mm) for foodservice. Format change takes 60-120 minutes.
Products That Use a Stick Pack Machine
Cross-linked selectors
Frequently Asked Questions
Stick pack or sachet for single-serve formats?
Stick packs (tall narrow, 3-side-seal) carry 30-50% premium per gram and pour cleanly — preferred for coffee, sugar, and pharma. Sachets (4-side-seal, square) are cheaper per unit and better for liquids, sauces, and sample packs. Many brands run both.
How many lanes do I need?
Calculate by target bpm ÷ per-lane speed (typically 15-25 bpm per lane). For 100 bpm, plan 6-8 lanes. For 150 bpm, plan 8-10 lanes. Going from 4 to 8 lanes adds $20-25k but doubles throughput.
What stick dimensions are most common?
Coffee and sugar: 17×95mm (3-5g fill). Pharma and supplement: 15×80mm (1-3g). Foodservice sugar: 22×110mm (4-8g). Wider 28-35mm sticks for sauce and honey. Tool-less changeover between dimensions takes 60-90 minutes.
Can a stick pack machine handle liquid products?
Yes — piston filler heads (8-15ml per stick) handle liquid products like honey, sauce, and shampoo. Liquid stick packs need bottom-up filling nozzles and anti-foam controls. Adds $4-7k per lane over powder augers.
Why are my stick seals splitting during transport?
Common causes: (1) low seal temperature (140-160°C needed for PE), (2) contaminated seal area (product dust), (3) film thickness inconsistency, (4) insufficient cooling time before cutting. Aim for <1% seal failure rate.
What film is used for stick packs?
Standard: PET/PE or OPP/PE for dry products. Paper/PE for eco brands. Foil laminate (PET/AL/PE) for moisture-sensitive products (instant coffee, milk powder). Film width: 80-300mm depending on lane count.
How accurate is the fill weight on a stick pack?
Auger filler: ±0.5-1.5% on a 3g stick (±0.015-0.045g). Volumetric cup: ±2-3%. For pharma-grade sticks, servo augers hit ±0.5%. Calibrate weekly and check weights every 30 minutes during production.