Multi-Component Filling: Packaging Layered Dips & Parfaits in One Cup
Put a base, a drizzle and a garnish into the same cup in one automated pass. A practical guide to layer sequencing, filler choice, label accuracy and line design, built around up to three fillers at 18–25 real-world cups per minute.
Multi-component filling is the automated deposit of two or more distinct products, such as a base, a liquid drizzle and a garnish, into one cup in a single pass, each from its own filling station. The Hummus Pack SDH-R rotary cup filling machine runs up to three fillers before roll-film sealing, optional nitrogen MAP and lidding, at up to 30 cups per minute (18–25 real-world), with ±0.5% servo piston accuracy on the base.
- Fillers per pass
- Up to 3 (base + drizzle/liquid + garnish)
- Output
- Up to 30 cups/min (18–25 real-world)
- Base fill accuracy
- ±0.5% (servo-driven volumetric piston)
- Fill range
- 50 g – 500 g (approx. 2 oz – 17 oz)
- Filler options
- Piston, peristaltic pump, garnish, vibration, custom
- Changeover
- Under ~15 minutes via HMI recipes
- Starting price
- From $45,000 USD (single-filler configuration)
What Multi-Component Filling Is and Why Layered SKUs Earn Their Margin
Multi-component filling is the automated deposit of two or more distinct products into the same cup, each from its own filling station, before the cup is sealed. A hummus base with an olive-oil drizzle and whole chickpeas, a fruit-on-bottom yogurt, a banded parfait and a caramel-topped custard are all multi-component filling jobs. Every layer arrives in a set order, weight and position, so the ten-thousandth cup looks like the photograph on the sell sheet.
Layered and topped SKUs let a producer move up the shelf without a new base recipe. The base, cup, film and line time stay largely the same, while a few grams of a premium component create a finished surface that retail buyers read as differentiation. Hand-garnishing does not scale: it adds labor, varies by operator and leaves product open longer before sealing. Automating it turns a premium idea into a repeatable SKU. Our reference machine throughout is the SDH-R rotary cup filling, sealing and lidding machine.
Common Layered Dip Packaging and Parfait Formats
Most layered cups follow a handful of patterns, each with its own filler mix and its own way of going wrong on a line.
Typical multi-component cup formats and how each layer is filled
| Format | Layers (bottom to top) | Filler per layer | Main line risk |
|---|---|---|---|
| Topped hummus | Hummus; olive oil; chickpeas or pine nuts | Servo piston; peristaltic pump; garnish filler | Oil on the sealing flange |
| Fruit-on-bottom yogurt | Fruit preparation; yogurt | Wide-bore piston; second paste filler | Yogurt tunneling into fruit |
| Layered parfait | Compote; yogurt; granola | Piston; paste filler; garnish filler | Smeared bands; soggy topping |
| Seven-layer style dip | Bean base; guacamole or sour cream; mixed topping | Piston; paste filler; garnish filler | More layers than stations |
| Caramel and custard | Caramel; custard | Peristaltic pump or piston; piston | Temperature mismatch |
Topped hummus packaging
The most common request is the topped hummus cup: a servo-piston base, a pool of olive oil from a peristaltic pump, and chickpeas, pine nuts or paprika on top. The oil should land in the center so it pools away from the flange. Three fillers means three deposits, so a SKU that wants oil, nuts and a spice dusting usually pre-blends the dry toppings. Our hummus filling machine page covers the base in detail.
Parfait cup filling, seven-layer dips and dessert cups
In fruit-on-bottom and parfait cups, fruit goes in first through wide-bore valving, then yogurt must land gently enough to cover it rather than punch through. Granola on yogurt softens within days, so if crunch must last, plan a dome insert before tooling; see our parfait cup filling machine page. A literal seven-layer dip exceeds three stations, so producers consolidate toppings into one garnish deposit. Caramel-and-custard cups have two layers, but temperature controls the result, as our dessert cup filling machine page explains.
Station Sequencing for Multi-Component Cup Filling
On a rotary machine, cups index around a turret, so each station works on the surface the previous one left. On the SDH-R, the single-pass order is:
- Cup loading: a pneumatic denester places pre-formed round, square or rectangular cups.
- Base filling: the servo-driven volumetric piston deposits the bottom layer.
- Secondary and third filling (optional): up to two more fillers add a paste, drizzle, powder or garnish.
- Roll-film membrane sealing: a tamper-evident heat seal on the flange.
- Nitrogen MAP flushing (optional).
- Plastic lid pick-and-place or snap-on (optional).
- Discharge to the outfeed conveyor.
Matching filler type to each layer
- Servo-driven volumetric piston (standard): hummus, yogurt, sour cream, guacamole, custard and fruit preparations; large-bore valving passes herbs and nut pieces.
- Peristaltic pump (optional): olive oil, liquid spices, dressings and sauces.
- Garnish filler (optional): chickpeas, pine nuts, seeds, herbs and crumbles.
- Vibration filler (optional): powders and spice blends such as paprika or sumac.
- Engineered-to-order fillers for components that fit none of the above.
Nozzles are chosen per component too: a suck-back nozzle stops an oil drizzle dripping onto the flange between cups, while a cut-off nozzle gives a clean break on thick pastes. Our multi-head cup filling machine page explains how several heads share one turret.
Keeping Layers Distinct: Viscosity, Density, Nozzle Height and Clear Cups
Bleeding layers usually trace back to four variables.
Density and body
A topping stays on top when the layer beneath has enough body, or yield stress, to hold it. Olive oil, at roughly 0.91–0.92 g/mL, floats on hummus; chickpeas and pine nuts sit on a firm base but sink into a loose one. If a layer sinks or tunnels, adjust solids, stabilizer or drain time before blaming the filler.
Viscosity and fill temperature
A warm layer filled onto a cold one thins at the interface and mixes, so keep components in the same temperature band. The SDH-R targets refrigerated products filled at a pumpable temperature; confirm any warm fill, such as caramel or custard, with our engineering team. Syneresis also blurs layers when yogurt or salsa weeps liquid onto the layer below.
Nozzle height and deposit speed
Product that falls too far drives into the layer below; a nozzle set too close drags through it. Aim for a short drop centered in the cup. A servo-driven piston makes stroke speed controllable, which helps soft layers land gently. Confirm nozzle position on your actual product, not from a datasheet.
Clear cups show everything
Clear cups sell the layers but expose every flaw, since a wall smear runs the full height of the cup. Deposit to the center and keep product off the flange, where oil or paste weakens the heat seal and causes leakers.
Get a configured SDH-R quote for your productSend your product, cup size and target cups per minute — we reply within 24 hours.
Request a quotePer-Component Accuracy and Label Claims in Multi-Component Filling
In multi-component filling, each layer needs its own target weight and tolerance. The SDH-R servo piston holds ±0.5% fill-weight accuracy, which matters most on the base because it carries most of the declared net weight. Garnish and powder fillers dose discrete pieces and light particles, so confirm achievable tolerances for your topping with our engineering team. Per-layer accuracy shows up on the label in three places:
- Net quantity covers the whole cup, and a short base hidden by a heavy garnish still looks wrong to shoppers. US inspectors commonly test net contents using NIST Handbook 133 methods.
- Named or pictured ingredients: in the UK and EU, emphasizing an ingredient such as pine nuts generally triggers a quantitative ingredient declaration (QUID), so the garnish percentage must hold.
- Allergens: toppings often add tree nuts, sesame or milk. Sesame became the ninth major US allergen on January 1, 2023, under the FASTER Act.
An optional weight checker with a feedback loop verifies total weight at discharge; during commissioning, also weigh cups after each station to check every component.
Shelf Life, Allergens and Sanitation for Layered Cups
Top layers such as fresh herbs, guacamole and cut fruit usually discolor first. Optional nitrogen MAP on the SDH-R reduces residual oxygen to 0.3–0.4%, extending typical refrigerated shelf life from roughly 7–10 days to 30–45+ days, depending on the product. Validate flush settings with light garnishes, since gas flow can move dusted spices. Our MAP cup filler page has the details.
Garnish hoppers can scatter nuts or seeds beyond the cup, so allergen cross-contact belongs in your food safety plan under FDA FSMA Preventive Controls (21 CFR Part 117), HACCP, BRCGS, SQF or Canada's SFCR. The SDH-R is built from food-grade 304 stainless steel with CIP and tool-free strip-down, designed to support plants operating under these programs rather than certified to them. Run allergen toppings last and validate cleaning between runs. HMI recipe changeovers take under about 15 minutes, but a full allergen clean takes longer and should be planned separately.
Line Design and Throughput on a Layered Cup Filling Machine
On a rotary indexing machine every station works at the same time on a different cup: while the base filler fills one cup, the drizzle station tops the one ahead and the sealer closes another. Adding a component does not add a full cycle; the slowest station, usually the largest viscous fill or a slow-settling garnish, sets the index time.
The SDH-R runs up to 30 cups per minute on a dry cycle and 18–25 in production, depending on product, cup size, fill weight and options. As an illustration, 20 cups per minute is 1,200 cups an hour, or 9,000 over 7.5 productive hours. Plan layered SKUs at the lower end of that range.
Fitting the line around the machine
- Footprint is 44 × 52 in (1,100.5 × 1,315.5 mm), with a height of 65.6 in (1,666 mm).
- Every extra component needs its own supply and staging space for refills.
- Downstream options include an extended discharge conveyor, top and side labeling, variable data coding and a weight checker.
- Above 30 cups per minute on one SKU, compare an inline cup filling machine using our rotary vs. inline comparison.
When the SDH-R Is Not the Right Multi-Component Cup Filler
We would rather say early where the SDH-R is not the fit:
- More than three separate deposits per cup.
- Single-SKU volume consistently above 30 cups per minute.
- Shelf-stable aseptic or retort products.
- Frozen layered desserts such as ice cream cups.
- Base fills below 50 g; 2 oz cups sit at the low end of the range.
- Thermoforming on the line; the SDH-R runs pre-formed cups and tubs.
Unusual particulates, extreme viscosity and warm fills are not automatic no's; they are confirmed before we quote, so talk to our engineering team early.
How to Spec a Multi-Component Filling Machine: Buyer Checklist
The more of this a quote request includes, the more precise the answer:
- Every component in deposit order, with texture, viscosity and largest particle size.
- Target weight and tolerance per layer, plus declared net weight.
- Fill temperature for each component.
- Cup size, shape, material and whether it is clear.
- Closure: roll-film seal, pre-die-cut lid, plastic over-cap or a combination.
- Whether you need nitrogen MAP, and your shelf-life target.
- Target cups per minute, shifts, SKU count and changeover frequency.
- Allergens in every component, especially toppings.
- Downstream needs: labeling, coding, weight checking, conveyor length and CIP.
Pricing starts at $45,000 USD for the single-filler configuration and scales with additional fillers, MAP, labeling and custom tooling; our cup filling and sealing machine cost guide explains what moves the number. Machines are built in Calgary, ship 8–12 weeks from order confirmation and carry a 12-month warranty.
Send your product, cup size, target cups per minute and options through our quote request page. We reply within about 24 hours, and our engineering team may follow up on your layers first.
Multi-Component Filling — Frequently Asked Questions
The Hummus Pack SDH-R runs up to three fillers in one pass, typically a base, a liquid drizzle and a garnish. The base uses a servo-driven volumetric piston; the optional stations can be a peristaltic pump, a garnish filler, a vibration filler for powders or an engineered-to-order filler. Products that need more deposits must consolidate layers.
Less than most buyers expect. In multi-component filling on a rotary machine like the Hummus Pack SDH-R, all stations work simultaneously on different cups, so the slowest station sets the pace, not the number of layers. The SDH-R reaches up to 30 cups per minute on a dry cycle and 18–25 in real production, depending on product and options.
The Hummus Pack SDH-R base filler is a servo-driven volumetric piston with ±0.5% fill-weight accuracy, and the base usually carries most of the net weight. Garnish and powder tolerances depend on the topping and are confirmed with our engineering team for each product. An optional weight checker with a feedback loop verifies total cup weight at discharge.
The Hummus Pack SDH-R starts at $45,000 USD for the single-filler configuration. Price scales with each additional filler, nitrogen MAP, labeling integration and custom cup tooling, so two- and three-component machines are quoted individually. Send your product, cup size, target cups per minute and options, and the team replies within about 24 hours.
In principle, yes. On the Hummus Pack SDH-R, fruit and yogurt layers can be deposited by the servo piston and a second paste filler, with granola added by an optional garnish filler in the same pass. Granola on yogurt softens within days, so if crunch must last, plan a dome insert or separate compartment before tooling is ordered.
The Hummus Pack SDH-R handles pre-formed round, square and rectangular cups. Standard sizes are 4, 8, 10 and 16 oz, with custom sizes from 2 to 32 oz using matching change parts, and the standard fill range is 50–500 g. Clear cups are common for layered products, so centered deposits and clean cup walls matter.
Yes. Optional nitrogen MAP on the Hummus Pack SDH-R reduces residual oxygen to 0.3–0.4%, which can extend typical refrigerated shelf life from roughly 7–10 days to 30–45+ days, depending on the product. Fragile top layers such as herbs or guacamole benefit most; check that the flush does not move light garnishes. See our MAP and dip shelf life guide.
Toppings often add tree nuts, sesame or milk, and sesame has been a major US allergen since January 1, 2023. The Hummus Pack SDH-R uses 304 stainless steel with CIP and tool-free strip-down to support allergen cleaning under FSMA, HACCP, BRCGS or SQF programs. Recipe changeovers take under about 15 minutes; full allergen cleans take longer and need separate validation.
The Hummus Pack SDH-R is designed and built in Calgary, Alberta, with delivery 8–12 weeks from order confirmation and a 12-month warranty, supported by service centres in Alberta, New Jersey and California. For a multi-component filling configuration, confirm timing for any engineered-to-order filler at quote stage through our quote request page.
Related machines & guides
Explore the pages most relevant to this application.
Why producers buy from Hummus Pack
Ready to Automate Your Filling Line?
Get a personalized SDH-R configuration and price for your product, cup sizes, and production volume.