Project Brief
HomeHot-Fill & Viscosity SpecsSizing, CIP & Price Guides

Sauce Line Sizing Calculators, Pump Selection & Capex Planning

Calculate required piston heads (`2–16+`) for your target BPH, match sauce cP & chunk size to piston vs lobe vs overflow fillers, and compare 2026 line prices.

HUB

Focus: sauce filling machine sizing and price

Check Compatibility

Size by Container Volume & Viscosity—Never Generic Water BPH Ratings!

A 6-head filler rated at 2,400 BPH on 250 ml water may run only 1,350 BPH on thick 1,000 ml peanut satay or chunky marinara because draw-stroke suction and anti-foam diving speed must slow down to prevent cavitation! Grounded in hot-fill viscosity and sanitary specs, this hub gives sauce brands and co-packers realistic sizing math, pump selectors, and CIP checklists.

Use the interactive tools and buyer guides below before locking your bottling hall layout.

Hourly capacity benchmarks across craft 2–4 head lines, 4,000 BPH chili jar lines, 16-head servo fillers, QSR sachets, and 12,000 BPH rotary lines
Stepping up from 4 servo piston nozzles to 12 nozzles triples BPH linearly without increasing liquid velocity or splashing.

Sauce Engineering & Procurement Toolkit

Calculators, selection matrices, and hygienic FAT guides:

Resource Engineering Decision Solved Output Metric
Sauce Nozzle Count & BPH Calculator How many piston heads hit 3,000 BPH on 500 ml? Exact head count (4 / 6 / 8 / 12 / 16) + air CFM
Sauce Viscosity & Pump Selector Piston vs Rotary Lobe vs Overflow vs Mag-Flow Optimal pump + nozzle bore (mm) + steel grade
Sauce Packaging Machine Price Guide Compare craft, inline 4,000 BPH, sachet & rotary Capex bands ($12,000 – $220,000+)
Piston vs Lobe vs Overflow Guide Trade-offs across chunks, CIP speed & accuracy Accuracy (±0.2%), max chunk (mm) & changeover
Hot-Fill & CIP Sanitary FAT Checklist Qualify 85 °C hold, vacuum lug kPa & allergen CIP 6-point wet sauce FAT protocol

Calculate exact nozzle counts in our sauce nozzle and BPH calculator or match your rheology in the sauce viscosity and pump selector.

Technical pairing matrix matching thin high-salt soy/vinegar, smooth emulsions, and >8 mm chunky sauces to pump physics and SUS316L steels
High-acid vinegar + salt sauces (pH 2.8–3.8, 3–15% NaCl) pit SUS304 welds rapidly—always specify SUS316L wetted manifolds.

Sanitary Sauce & Hot-Fill Notes

  • Plan Kettle Cooking Batch Size Alongside Filler BPH: A 4,000 BPH line filling 500 ml jars consumes 2,000 liters/hour—pair with twin alternating 1,000 L jacketed cooking kettles so batch heating never starves the filler!
  • Check Cooling Tunnel Length on >2,500 BPH Hot-Fill Lines: Cooling glass jars slowly from 85 °C down below 38 °C without thermal glass breakage (<=25–30 °C delta per zone) takes 15–22 minutes of spray-tunnel residence time.
  • Reserve Space for Shrink Sleeve + Steam Tunnel: Full-body tamper-evident shrink sleeves over contoured squeeze bottles require 3.5 meters of conveyor for sleeve application + steam shrinking + air drying.

Build Your Kettle-to-Pallet Sauce Line Plan

Share kettle batch liters, fill temp, bottle sizes, and target BPH via Project Brief.

Six-stage 85 °C hot-fill sauce jar line from pre-warm rinsing through rotary-valve piston filling, vacuum capping, cap inversion, and cooling
Tilting capped hot-fill bottles 90–180° for 20–30 seconds sterilizes cap headspaces using the sauce's own 85 °C thermal energy.

Explore related condiment systems in Sauce Packaging Machines, Hot-Fill & Viscosity Specs, or send your viscosity, chunk mm & BPH via Project Brief.

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