Use this route for a roll-stock top-spout project
The reviewed HMS320-2 configuration forms the pouch from roll film, opens it, fills the product, inserts and welds the spout, applies the cap and cools the final seal within one horizontal system.
HMS320 Full Servo Doypack Packing Machine
A full servo horizontal form-fill-seal (HFFS) doypack machine that forms, fills, caps and seals top-spout stand-up pouches from roll film. The reviewed reference configuration is for mayonnaise and ketchup applications.
- Reviewed reference: up to 70 pouches/min
- Full Schneider servo drive
- CIP-ready filling
- Top-spout & stand-up pouch
- Compliance scope confirmed for the approved configuration and destination market
Output scope: The 70 pouches/min value describes a reviewed mayonnaise/ketchup top-spout reference configuration. The source proposal states that actual speed depends on the filling material. Final accepted output also depends on dose, viscosity, pouch and spout geometry, cap handling, splash control and FAT conditions.
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What is the HMS320 full servo doypack packing machine?
The HMS320 is a full servo doypack packing machine from INMAYPACK in Shanghai, China. The reviewed HMS320-2 reference forms top-spout pouches from roll film and integrates filling, spout welding, capping and seal cooling in one horizontal line. Its submitted project range covers 90–160 mm pouch widths and 120–300 mm pouch heights, with a reviewed output value of up to 70 pouches per minute. Final accepted output is established with the confirmed product, dose, pouch, spout and FAT conditions.
70/minReviewed top-spout reference value (duplex)
90–160 mmPouch width range (height 120–300 mm)
0–5000 cpsReviewed rotor-pump project range
SchneiderServo, PLC & HMI in the reviewed configuration
Is the HMS320 the right machine route?
Start with the product, finished pouch and accepted output. “Full servo” describes the motion and control architecture; it does not by itself prove that a filler, spout, cap or seal process fits every application.
Match the pump to the real product
The source project uses two micro servo rotor-pump fillers for pumpable liquids and pastes without solid particles. Viscosity alone is not enough: send product temperature, solids, fibers, aeration, shear sensitivity, dose range and cleaning requirements.
Confirm pouch, spout and cap as one set
Provide the production film structure, pouch drawing, roll direction, spout drawing, cap sample and tamper-evident requirements. Welding, opening and capping cannot be released from nominal pouch width alone.
Approve accepted output—not empty cycles
The reviewed project value is up to 70 pouches/min and explicitly depends on the filling material. Contract output should be expressed as accepted finished pouches under an agreed product, dose, package and FAT method.
Choose another route when required: a premade spouted pouch, a side-spout geometry, a product containing particles, a non-pumpable powder or granule, or a pouch outside the submitted size range may require different handling, filling or sealing equipment. These are engineering inputs, not automatic HMS320 options.
HMS320 Technical Specifications
Full servo doypack packing machine specifications — model HMS320-2 duplex configuration.
| Parameter | HMS320-2 Specification |
|---|---|
| Machine type | Horizontal form fill seal (HFFS) full servo doypack packing machine |
| Pouch styles | Top-spout doypack, stand-up pouch, 3-side seal, 4-side seal |
| Min. pouch size (W×H×Bottom) | 90 × 120 × (25×2) mm |
| Max. pouch size (W×H×Bottom) | 160 × 300 × (45×2) mm |
| Packing speed | Reviewed project value: up to 70 pouches/min; accepted output depends on product, dose, pouch, spout and FAT conditions |
| Filling system | Micro servo rotor pump, 26 ml/rev, 10–2000 RPM, viscosity 0–5000 cps, CIP-compatible, 316L contact parts |
| Voltage / Power | AC380V, 50/60 Hz, 35 kW |
| Air consumption | 0.6 m³/min |
| Noise level | < 75 dB |
| Machine dimensions (L×W×H) | 9500 × 1400 × 2000 mm |
| Net weight | 6000 kg |
| Frame & contact parts | SUS304 frame; product-contact parts SS304 / 316L |
Specification scope: These values describe the reviewed HMS320-2 duplex reference configuration. Confirm the final machine, filler, utilities, materials and accepted output in the issued proposal and FAT protocol.
Component Brand List
The reviewed component schedule uses the brands listed below. Final brands, models, substitutions and supporting compliance documents must match the approved quotation and as-built handover package.
| Component | Brand |
|---|---|
| HMI screen / Servo motor / PLC / Frequency converter / Low-voltage & safety electric | Schneider Electric (France) |
| Pneumatic components | Festo (Germany) & AIRTAC |
| Main axis encoder | OMRON (Japan) |
| Photoelectric sensors | Pepperl+Fuchs (Germany) / KEYENCE (Japan) |
| Proximity switches | Pepperl+Fuchs (Germany) |
| Linear guides & lead screws | HIWIN (Taiwan) / NADELLA (Germany) |
| Bearings | SKF / THK / IKO / Igus |
| Vacuum pump (bag opening) | Schmalz (Germany), oil-free, Hygiene oriented |
How the full servo top-spout line works
The process must remain stable across all six handoffs. A problem at an upstream station can appear later as an opening, filling, seal or cap reject.
Unwind & align
Feed the approved roll film, monitor film presence and correct lateral position before forming.
Form the pouch
Create the specified bottom and pouch geometry while controlling tension, registration and transport.
Open & position
Use vacuum and opening assistance so each mouth is presented consistently to the filling nozzles.
Fill the product
Coordinate the rotor-pump discharge, nozzle cutoff and optional nitrogen step with pouch position.
Insert & cap
Feed the confirmed spout and cap, then control welding position and capping torque for that component set.
Cool & release
Cool the seal, inspect the agreed quality conditions and transfer only accepted pouches downstream.
Key Features of the Full Servo Doypack Machine
The reviewed configuration coordinates six process areas to form, open, fill, weld, cap and cool top-spout doypacks in one horizontal line.
1. Servo Unwinding + UV Module
Servo film traction combines edge alignment, no-film detection, bottom punching and an inline UV exposure module before pouch forming. UV dose, microbial effect and validation requirements must be confirmed for the submitted film, line speed and customer process.
2. CIP-Connection Filling
The reviewed configuration combines anti-drip nozzles, oil-free vacuum bag opening, nitrogen flushing and a rotor-pump filling circuit. CIP connection, cleaning sequence, materials and acceptance criteria must be confirmed for the submitted product and plant utilities.
3. Full Schneider Servo Control
The reviewed configuration uses Schneider servo motors, motion control, PLC and HMI. Touchscreen recipes support controlled changes to approved operating parameters; changeover time and repeatability must be verified with the confirmed formats during FAT.
4. Linear Servo Transport, Auto Width
The reviewed transport arrangement uses linear-servo pouch grippers, adjustable bag-width settings, specified guides and bearings, and a lubrication system. Inspection, cleaning, lubrication where specified and wear-part replacement remain part of the approved preventive-maintenance plan.
5. Spout Feeding & Servo Capping
The reviewed spout-feeding and servo-capping arrangement uses controlled feeding and programmable torque limits. Any feeder rating is a component value, not accepted pouch output; cap, spout and tamper-evident-ring performance must be validated with submitted samples during FAT.
6. Spout Welding + Seal Cooling
Spout-sealing and top-seal cooling modules control the sealing sequence and pouch discharge condition. Seal integrity must be accepted against the agreed test method using the confirmed pouch, spout, product and operating window.
Define the filling and seal process window
A useful quotation connects product behavior to filler selection and connects the pouch material to a measurable seal-acceptance method.
Product and rotor-pump review
- Target dose, permitted variation and measurement method
- Viscosity range at the actual filling temperature
- Presence and maximum size of particles or fibers
- Foam, stringing, drip, aeration and product settling
- Feed pressure, tank, agitation and replenishment boundary
- Cleaning recipe, recovery, allergen and changeover requirements
Pouch, spout and seal review
- Film structure, thickness, coefficient of friction and roll data
- Pouch width, height, bottom geometry and print repeat
- Spout flange, orientation, weld window and cap geometry
- Clean headspace and anti-drip performance at production speed
- Seal appearance, strength or leak method and sampling plan
- Cooling, discharge and downstream handling condition
If the finished pouch is already supplied
HMS320 is a roll-stock HFFS reference. A project using purchased premade pouches follows a different feeding, opening and sealing path. Compare the premade pouch packing machine route before requesting the HMS320 configuration.
Watch the HMS320 in Action
See the full servo doypack packing machine forming, filling, spout-welding and capping top-spout pouches on a real production line.
HMS320 full servo top-spout doypack packing machine — live running video by INMAYPACK
What Can the HMS320 Pack?
The reviewed rotor-pump project range covers liquids and pastes up to 5000 cps. Product behavior, dose, temperature, solids, cleaning requirements and accepted output determine the final filling configuration.
- Mayonnaise & ketchup — the HMS320's core application, in 90–160 mm top-spout doypacks
- Sauces & dressings — tomato paste, chili sauce, salad dressing, mustard
- Dairy & sweet fillings — condensed milk, yogurt, honey, jam, concentrated juice
- Cosmetics & personal care — cream, lotion, shampoo, liquid soap refill pouches
- Pouch formats — top-spout doypack, stand-up pouch, 3-side and 4-side seal bags
About INMAYPACK — the Manufacturer
INMAYPACK is a packaging-machinery brand based in Shanghai, China and established in 2009. Its product scope includes sachet, roll-stock doypack, premade-pouch and coffee-capsule packaging systems configured around the approved application.
- Brand
- INMAYPACK
- Founded
- 2009
- Location
- Shanghai, China
- Product lines
- Doypack packing machines · Sachet packing machines · Premade pouch machines · Coffee capsule filling machines
- This machine
- HMS320 full servo doypack packing machine (HMS series, top-spout duplex)
- Commercial terms
- Warranty, delivery, trade terms, payment schedule and service scope follow the issued project quotation and contract
- Contact
- WhatsApp +86 186 5879 9162 · sales@ewpackmachinery.com
Compare quotations with the same boundary
The proposal total is meaningful only when every supplier prices the same forming, filling, spout, inspection, testing and handover scope.
| Scope item | What the quotation should state | Evidence before release |
|---|---|---|
| Main HMS320 configuration | Exact model, duplex arrangement, confirmed pouch range, frame and product-contact material by location | Approved configuration sheet and as-built equipment list |
| Filling system | Pump model and quantity, tank, feed boundary, nozzle arrangement, product limits and cleaning connection | Product trial, dose record and cleaning demonstration as agreed |
| Spout and cap handling | Component drawings, feeder, insertion, welding, capping, torque basis and included change parts | Approved samples plus witnessed feed, weld and cap checks |
| Coding and inspection | Printer, code verification, checkweigher, leak or seal checks, reject method and reject confirmation | Seeded-fault tests and accepted/rejected count reconciliation |
| Line interfaces | Upstream product supply, downstream conveyor, permissives, blocked/starved behavior, utilities and guarding boundary | Interface list, cause-and-effect check and coordinated restart test |
| Delivery and support | Incoterm, destination, production timing, FAT attendance, documents, spares, training, commissioning and exclusions | Issued quotation, contract and handover register |
Commercial boundary: the historical project proposal includes project-specific prices and terms. They are not a current public offer. HMS320 cost, warranty, delivery, payment and service obligations must come from the issued quotation for the confirmed configuration and destination.
Build the FAT around accepted pouches
The factory acceptance test should reproduce the agreed product and packaging conditions closely enough to prove the configuration—not merely show that the machine can cycle.
1. Freeze the test basis
Record product lot and temperature, dose, film roll, pouch drawing, spout and cap samples, installed options, recipe, run duration and permitted operator interventions.
2. Measure usable output
Count accepted pouches separately from startup material, empty cycles, rejects, rework and planned test stops. State the calculation and the conditions beside the result.
3. Challenge quality controls
Check dose, opening, registration, spout position, weld, cap application, seal condition, coding and reject handling using the agreed sampling and test methods.
4. Test faults and recovery
Witness film end or loss, missing pouch or fill condition, feeder interruption, alarm handling, controlled restart and first-off inspection where included in the scope.
5. Verify changeover and cleaning
Use the agreed SKU transition to record parts, recipe control, drain or recovery, cleaning access, inspection and the first accepted pouch after restart.
6. Close the evidence package
Retain samples, settings, alarm and test records, drawings, backups, manuals, spare-parts list, training evidence and a dated deviation/retest register.
Need a procurement-ready test structure?
Use the full-servo doypack URS and FAT guide to turn the confirmed product, pouch, output and evidence requirements into a supplier comparison. If the machine later develops recurring defects, follow the stand-up pouch machine troubleshooting workflow before changing several settings at once.
Send these inputs for an HMS320 review
A short message saying “sauce pouch machine” is not enough to release a configuration. Send the following package so the filler, pouch path and commercial boundary can be reviewed together.
Product and package data
- Product name, photos, composition and representative sample
- Dose range, tolerance basis, viscosity and temperature range
- Film specification, roll data and finished pouch drawing
- Spout and cap drawings plus physical samples
- Required code, inspection, reject and secondary-pack condition
Factory and acceptance data
- Required accepted pouches per minute and shift pattern
- Available layout, elevations, electrical supply and compressed air
- Product feed, tank, CIP and downstream interface responsibility
- Changeover, cleaning, documentation and training requirements
- Destination, FAT expectations and commercial delivery boundary
Frequently Asked Questions
Quick answers about the HMS320 full servo doypack packing machine.
What is a full servo doypack packing machine?
A full servo doypack machine uses coordinated servo motion for selected forming, transport, filling, sealing or capping functions. The reviewed HMS320 configuration uses Schneider control components and touchscreen recipes; the final drive architecture and accepted performance follow the approved configuration and FAT protocol.
What products can the HMS320 pack?
The reviewed HMS320 application range includes mayonnaise, ketchup, sauces and other pumpable products. The submitted product, viscosity, dose, temperature, solids, cleaning method and FAT conditions determine whether the rotor-pump configuration is suitable.
How fast is the HMS320 and what pouch sizes does it run?
The reviewed HMS320-2 duplex reference lists up to 70 pouches per minute for a defined mayonnaise/ketchup top-spout project and a submitted pouch range of 90–160 mm wide by 120–300 mm high. Final accepted output and format range depend on the approved product, dose, pouch, spout, filler and FAT conditions.
Does the HMS320 support CIP cleaning?
A CIP connection can be included in the reviewed rotor-pump configuration. The cleaning sequence, product-contact materials, surface requirements, utilities and validation method must be confirmed in the approved project documents.
Can the HMS320 fill products containing particles?
The reviewed micro rotor-pump source describes fluids without solid particles. If the product contains fruit pieces, fibers, seeds or other inclusions, provide the maximum particle size, concentration, hardness and required dose so the product path and alternative filler options can be reviewed before quotation.
Can HMS320 run a premade spouted pouch?
The reviewed HMS320 is a roll-stock HFFS configuration that forms the pouch within the machine. A purchased premade spouted pouch requires a different feeding and handling review. Send physical pouches and drawings so the correct machine family can be selected.
How much does the HMS320 full servo doypack packing machine cost?
HMS320 pricing is configuration-specific. The issued quotation should define the main machine, filling system, tank, spout and cap handling, coding, inspection, conveyors, utilities, FAT scope, delivery terms and excluded items for the confirmed product and pouch.
What warranty and delivery terms does INMAYPACK offer?
Warranty coverage, excluded wear items, spare-parts responsibility, production timing, delivery terms, payment schedule, commissioning support and any field service follow the issued project quotation, contract and handover documents.
Get Your HMS320 Quotation after reviewing your requirements
Tell us your product, dose, pouch, spout, cap and target accepted output. INMAYPACK will review the applicable configuration and define the quotation, test and delivery boundary.
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