Packaging systems configured around your application Defined project scope
Premade spout pouches · 6, 8 & 12 head
Fill through the spout. Apply the cap. Define the finished pouch.
Configure an automatic filler and capper for premade pouches that already have a fitted spout. INMAYPACK matches the head count, metering system, pouch carrier, cap handling, cleaning scope and acceptance test to the real product and pack.
The combined range belongs to the series, not every configuration. Accepted output and format fit must be confirmed with the selected machine, product, pouch, spout and cap.
Choose the correct packaging route
The machine receives premade spout pouches, indexes them through filling, adds a rinsing step where specified, feeds and tightens caps, then discharges the finished packs. That boundary prevents this page from competing with machines that form the pouch or weld the spout.
Use this 6/8/12-head series when
Use another INMAYPACK route when
Configuration comparison
Head count is only one selection variable. Fill volume, product behavior, pouch dimensions, cap presentation, cleaning and required accepted output determine which platform should be quoted.
Documented for 30–500 mL liquid and paste projects, with a compact output reference and wide center- or corner-spout format windows.
80 L 304 stainless-steel hopper; 380 V 50 Hz; 8 kW; approx. 1000 kg; approx. 3100 × 3000 × 2500 mm. Center-spout reference: W60–240 × H60–300 mm. Corner-spout reference: W60–360 × H60–320 mm.
The source configuration includes piston filling, rinsing and CIP-related piping. Confirm the final cleaning boundary in the quotation.
Documented with a 60 L gear-pump filling reference for projects that need a broader 30–1500 mL planning range.
180 L hopper; bag width 50–330 mm and length 50–300 mm; 380 V 50 Hz; 8 kW; approx. 1000 kg; 304 stainless-steel frame and product-contact parts; cam indexer.
Pump capacity and usable fill range must be checked against viscosity, temperature, particles, refill method and the required cycle.
Documented for 30–300 mL with a 100 mL output reference of 13,000–15,000 pouches/hour.
380 V 50 Hz; 15 kW; approx. 2400 kg; approx. 4500 × 3000 × 2400 mm. Center-spout reference: W60–160 × H60–280 mm. Corner-spout reference: W60–340 × H60–300 mm.
The documented project configuration includes high-pressure rinsing, CIP piping and a cap elevator. Treat these as defined scope, not automatic assumptions.
See the 12-head spout pouch engineering build record for the traceable source configuration, factory photographs and the boundary between a documented speed reference and an accepted production result.
These are source-document references, not guaranteed production across all products and pouches. Compare accepted good output only after the test product, package, staffing, refill conditions, rejects and run duration are fixed.
Controlled production sequence
Every station must support one agreed production basis. A fast turntable cannot compensate for unstable pouch loading, product refill, cap supply or downstream handling.
Present approved premade spout pouches in the correct orientation on the specified rods or feed track.
Transfer each pouch into the indexed carrier and confirm pouch presence before filling.
Deliver the qualified dose through the spout using the selected piston- or gear-pump architecture.
Apply the documented spout-cleaning step only when it is included and accepted in the project scope.
Sort, elevate and present the approved cap without changing its orientation or damaging the closure.
Tighten the cap with the configured motion and verify seating, torque or leakage by the agreed method.
Transfer accepted pouches to inspection, accumulation, collection or secondary packaging.
Retain settings, counts, rejects, samples and video evidence from the agreed FAT sequence.
Machine and package evidence
Product-to-package fit
“Yogurt,” “puree,” “sauce” or “detergent” does not define a filling system. The usable configuration depends on the real operating window.
Dairy-style products
Provide viscosity, temperature, particles, product hold time, cleaning method and cold-chain requirements.
Juice, puree and sauce
Define pulp, fibers, particles, aeration, drip behavior and the fill-check method at production temperature.
Home and personal care
Confirm foaming, stringing, corrosion and elastomer compatibility, splash control and rinse requirements.
Center-spout pouches
Send a controlled drawing and filled pouch samples. Reference windows differ across the 6-, 8- and 12-head platforms.
Corner-spout pouches
Confirm left/right position, spout angle, pouch stiffness, filled-pack stability and change parts.
Spout and cap pair
Provide both components, drawings and acceptance limits for seating, torque, leakage and visible defects.
Configuration engineering
Select piston or gear-pump metering from viscosity, particles, temperature, shear, cut-off, dose range and cleaning—not from fill volume alone.
State how product reaches the hopper, the refill rate, level control, agitation or temperature needs and the interface to upstream preparation.
Define which parts are cleaned in place, which are removed, circuits, media, temperature, flow, drainage, verification and ownership.
Where a rinse station is quoted, agree the purpose, media, pressure, contact point, splash control, drainage and acceptance evidence.
Confirm cap feeding, presentation, capping motion, seating criteria, torque method, leakage test and reject handling.
List every product, pouch, spout and cap combination; separate shared tooling, dedicated change parts, recipes and spares.
Accepted output
= the slowest proven rate across pouch feed, filling, rinsing (if used), cap supply, capping and discharge × the agreed acceptance rateRecord product condition, fill volume, pouch, cap, staffing, refill method, planned stops, rejects and test duration.
The published 6-, 8- and 12-head speeds use different dose conditions. They are not directly interchangeable quotation promises.
URS and quotation inputs
A complete request lets INMAYPACK compare head count and scope against the same production basis instead of returning a generic catalog offer.
When comparing offers, use the spout pouch filling machine price and quote comparison to separate the base machine, product supply, cap handling, cleaning scope and buyer-provided items before comparing totals.
Composition, density, viscosity, temperature, particles, foam, stringing, target dose and allowable deviation.
Drawing, dimensions, material, center/corner spout position, stiffness, filled shape and physical samples.
Drawings, samples, orientation, seating, torque or leak limits and visible defect rules.
Required good pouches/minute and shift, staffing, refill method, run time and planned stops.
Changeover expectation, CIP boundary, rinse station, cleaning media, drainage and verification.
Upstream supply, coding, inspection, rejection, accumulation, secondary packing and signal handshakes.
Voltage, air, water, drain, room access, floor loading, service clearance and destination requirements.
Materials, quantities, duration, checks, samples, video, drawings, manuals, training and open-item process.
FAT evidence
For a broader acceptance framework, use the stand-up pouch machine FAT checklist and define service responsibilities on the INMAYPACK service and support page.
Technical FAQ
It handles premade pouches that already have a spout, meters the product through that spout, performs the agreed cleaning step where configured, feeds and applies a cap, then discharges the finished pouch.
Choose from the required accepted output, dose range, product behavior, pouch and cap, refill rate, cleaning cycle, format changes and site constraints. The documented 6-head platform covers 30–500 mL, the 8-head reference covers 30–1500 mL, and the 12-head reference covers 30–300 mL with a higher published output at 100 mL.
The source documents describe liquids and medium-viscosity pastes for food, beverage, personal-care and home-care discussions. Final suitability requires review of viscosity, density, temperature, particles, foam, stringing, product-contact compatibility and cleaning.
The 6- and 12-head documents include separate reference windows for center- and corner-spout pouches; the 8-head document gives a general width and length range. Every SKU still needs drawing review, physical samples and the correct carrier or change parts.
No. The supplied 6- and 12-head reference configurations include cleaning or rinsing elements, but the final quotation must define circuits, media, flow, drainage, verification and what is included. Do not assume that every series configuration has the same cleaning scope.
Use them only as planning references under their stated fill conditions. Accepted output must be tested with the actual product, pouch, cap, operator basis, replenishment method, rejects and run duration.
Provide representative product, controlled pouch/spout/cap drawings, physical packaging samples, the SKU matrix, fill targets, cleaning requirements and proposed acceptance checks. Agree FAT quantities and duration before manufacture.
Separate the base machine, metering path, pouch and cap change parts, cleaning or rinsing scope, coding and inspection, utilities, line interfaces, documentation, FAT, training, service, spares, exclusions and acceptance basis.
Related decision paths
Project inquiry
Send INMAYPACK the product, dose range, premade spout pouch, cap, target good output, cleaning scope and FAT basis. We will review whether the 6-, 8- or 12-head platform is the correct starting point.