INMAYPACK · Roll-film stand-up pouch equipment
Doypack Packing Machine for Stand-Up Pouches
Make the pouch. Fill the product. Finish the pack.
Compare horizontal doypack systems for standard, zipper, spout and shaped pouches. Match the forming tools, product filler and line scope to your next stand-up pouch project.
- Stand-up pouches
- Zipper formats
- Spout configurations
- Shaped packs
Send product samples, pouch drawings, production film and the required accepted output.
Doypack packing machine explained
Build the stand-up pouch from production roll film.
A doypack is a flexible stand-up pouch with a formed base. The roll-film HFFS machines in this range create the pouch, present it for product filling and complete the selected sealing sequence. The package, filler and transfer process are coordinated within the specified line.
Use this machine-range hub to compare package formats, equipment categories and documented model references. A premade pouch packing machine receives bags manufactured separately and follows a different handling route.
Doypack pouch formats
Make the package part of the equipment decision.
Concept drawings explain format families. The controlled package drawing and sample run establish the selected tooling scope.
Bottom-gusset forming
Standard stand-up pouches
Match the pouch base, side seals, filling access, headspace and final top seal.
Review this pouch route →Reclosable retail packs
Zipper doypacks
Specify zipper position, attachment, opening and the final seal above the closure.
Review this pouch route →Selected fitment functions
Spout doypacks
Define spout position, insertion or welding, filling access and cap handling.
Review this pouch route →Contour-cut tooling
Shaped stand-up pouches
Approve the contour, gripping, cut edge, opening and stability with the actual film.
Review this pouch route →Browse the doypack machine range
Choose a useful selection starting point.
These eight entry points cover package formats, product configurations and machine architecture. Their requirements can overlap on one project.
Standard doypack projects
Stand-Up Pouch Packing Machine
Compare forming and filling for the approved bottom-gusset pouch and product. Explore this machine route →
Output and lane architecture
High-Speed Doypack Machine
Review pouch-per-cycle arrangements, product distribution and accepted output on each lane. Explore this machine route →
Drive and control configuration
Full-Servo Doypack Machine
Define the servo axes, motion, recipes, change parts and operating access in the supplied build. Explore this machine route →
Horizontal pouch transport
Horizontal Doypack Machine
Compare intermittent forming and transfer arrangements with the selected filling and closure process. Explore this machine route →
Reclosable pouch format
Zipper Pouch Packing Machine
Review zipper supply, positioning, attachment, pouch opening and final sealing. Explore this machine route →
Roll-film pouch and fitment
Spout Pouch Filling Machine
Define pouch making and selected fitment functions with matched spout and cap components. Explore this machine route →
Liquid and paste configuration
Liquid Doypack Packing Machine
Review product supply, pump or piston dosing, nozzle cutoff, cleaning and closure quality. Explore this machine route →
Special contour and tools
Shaped Doypack Packing Machine
Review the shape, film layout, die, handling and usable filled volume with the drawing. Explore this machine route →
Real machine-family references
See the platform behind the package route.
Photos show machine families and configurations. The selected filler, tooling, guarding and included functions follow the approved proposal.
Stand-up and zipper reference
HMK2000 Stand-Up Pouch Platform
Review the supplied zipper-doypack proposal with its own product, tooling and documented configuration.
Explore Stand-Up Pouch Equipment
HMS320-2 technical reference
HMS320 Spout Pouch Platform
Review the selected product, package and fitment functions. Pouch ranges in the project brief and technical table need drawing approval.
Review the Servo Pouch RouteHMK420-4 table designation
HMK420FED Pouch Platform
Review the zipper-doypack and selected weighing configuration. Keep its figures separate from the HMK4200 four-station document.
Compare Output Configurations
Duplex budget reference
HS-1400D Duplex Platform
Review the smaller duplex package, liquid filling and approved film. The supplied proposal requires samples and final tests.
Explore Horizontal Doypack EquipmentDoypack packing machine model references
Compare each model on its own documented basis.
Figures are references from your supplied machine documents. Package dimensions, maximum dose and maximum speed are not a combined production guarantee.
| Documented configuration | Listed speed | Pouch reference | Configuration scope | Selection note |
|---|---|---|---|---|
| HMK2000 zipper doypack | 20–40 bags/min | 80 × 120 × (22+22) to 200 × 300 × (40+40) mm | 2 filling stations; maximum listed volume 1,000 ml. | The protein project has a separate 25–30 bags/min requirement. |
| HMS320-2 spout project | 70 bags/min; product dependent | Table W × H × bottom: 90 × 120 × (25×2) to 160 × 300 × (45×2) mm | Product and selected fitment functions determine the supplied sequence. | Project brief and technical-table dimensions differ; approve the drawing. |
| HMK420FED file / HMK420-4 table | 80 bags/min | Listed: 100 × 130 to 210 × 270 mm | 2 welding stations listed; selected weighing configuration. | Confirm the current model name and complete-line accepted output. |
| HS-1400D duplex reference | Maximum 80 packs/min | Listed duplex: 70 × 120 × 50 to 85 × 200 × 70 mm | Maximum listed volume 100 ml; budget proposal. | Product samples, film and final tests are required. |
| HMK4200 four-station reference | Maximum 200 packs/min | Listed doypack-4: 80 × 120 × 20 to 105 × 210 × 35 mm | 4 working filling stations; maximum listed volume 200 ml. | Separate model document; approve the shaped-product drawing and trial. |
Dimension order is retained from the source documents; use the controlled drawing to confirm the finished geometry. Filling stations, welding stations and pump or weigher capacities describe different quantities. Final accepted output is approved with the actual product, dose and production film.
Doypack product applications
Select the filler around the product behavior.
Product categories help prepare the inquiry. Sample conditions and the finished pouch decide the usable machine configuration.
Weighing and product handling
Snacks, nuts & granules
Review bulk density, product breakage, weighing, drop height, pouch opening and the seal area. Compare snack pouch systems →
Product-flow review
Gummies & confectionery
Review stickiness, separation, gentle handling and the filled-pouch geometry. Gummy pouch selection → Confectionery packaging routes →
Powder metering
Powders & drink mixes
Review flow, aeration, settling, dust, dose checks and seal protection. Milk powder pouch requirements → Powder filling routes →
Liquid product path
Sauces, liquids & pastes
Review viscosity at fill temperature, particles, foam, supply and cutoff. Compare liquid packaging systems →
Package and product load
Pet food & treats
Review the product load, pouch size, drop path, changeovers and finished-pack quality with representative samples. Explore pet food equipment →
Contact and cleaning scope
Home & personal care
Review compatibility, foaming, stringing, cleaning and the selected refill format. Compare cosmetic pouch formats →
Filling equipment selection
Coordinate metering with the available pouch cycle.
Powders
Powder dosing
Review auger or other selected powder-metering arrangements with bulk density, flow, dust control and the dose-check method.
Granules and solids
Weighing & dry-product feed
Review the selected weigher, product distribution, drop height, breakage and fill access using representative granules.
Liquids and pastes
Liquid & paste dosing
Review piston or pump architecture, transfer, fill temperature, particles, cutoff and the wetted path.
Whole filling process
Supply & refill
Specify the hopper, upstream feed, level response, conditioning and replenishment conditions that support the primary filler.
The capacity of a filling module is not the accepted finished-pouch output. Compare forming, pouch handling, filling and closure on the same run basis.
Look inside the pouch process
Approve the mechanisms with your production film.
Mechanism photographs are review references, not an as-built parts list for every model.
Film feed & forming
Control the pouch-making input
Review web alignment, print registration, gusset geometry, seal positions and the agreed roll-change method.
Pouch presentation & opening
Create reliable filling access
Review gripping, opening, product entry and the selected detection response with the actual film and pouch geometry.
Seal jaws & final closure
Approve the finished package
Review the laminate, sealing settings, cooling and inspection method. Zipper, spout or contour tools add their own acceptance points.
How a doypack packing machine works
Connect six stages in the approved packing sequence.
Unwind & register
Guide production roll film and coordinate the print repeat, marks and indexed length.
Form the pouch base
Create the selected bottom gusset and package geometry with matched forming tools.
Seal, cut & transfer
Complete the required perimeter seals and present the pouch to the horizontal transfer path.
Open & fill
Coordinate pouch opening, product dosing and any required settling within the available cycle.
Complete the closure
Apply the selected top seal or fitment functions and the agreed cooling arrangement.
Inspect & discharge
Review dose, code, appearance and closure checks with collection and downstream handoff.
Film and pouch drawing
Approve the laminate and the usable filled package.
Send laminate structure, thickness, seal layer, roll details, winding direction, print repeat and the coding area. Match barrier and package-life requirements to the product.
- Finished width, height, gusset and seal widths
- Zipper, spout, notch, hole or contour requirements
- Usable volume, fill level and stable pouch base
- Production film and physical samples for the trial
Use the doypack bottom-gusset forming guide to prepare the fold, overlap and product-load review.
Roll-film doypack or another route?
Compare the material supply and package-making boundary.
| Route | How the pack enters | What to define |
|---|---|---|
| Roll-film doypack HFFS | Pouch is made from the reel | Forming tools, film, product filling, closure and accepted output. |
| Premade pouch filling | Supplied pouches are picked up and opened | Pouch variation, opening, filler, final seal and format changes. |
| Flat sachet or stick pack | A portion-pack route forms a smaller package | The separate web layout, sachet shape, filling and closing process. |
Compare material quotations, tooling, changeovers and expected waste using your real volumes. Use the horizontal form fill seal machine guide for the roll-film process, or the form fill seal selection guide to compare other architectures.
Output, lanes and factory acceptance
Agree accepted output with the finished pouch.
A machine cycle rate becomes useful only when the product, pouch, dose, material and acceptance method are fixed.
Identify the inputs
Name the product, dose, package drawing, film, closure components and trial duration.
Exercise normal events
Include product refill, roll changes, stops, restarts and selected format or recipe changes.
Measure quality
Agree dose variation, dimensions, print, code, appearance and package-specific closure tests.
Retain the result
Count conforming pouches, rejects and startup waste; preserve settings and the agreed test evidence.
For parallel production, use the duplex and quadruplex doypack comparison and define lane-specific checks. The HMK420 flexible packaging project page provides a separate roll-film configuration reference; it is not a reason to merge model maxima.
Doypack packing machine price
Get an itemized quote for your package and production scope.
The proposal depends on the machine architecture, tooling, filler, closure functions and project requirements.
Machine and package
Define the primary equipment
- Named model and selected pouch formats
- Production film and forming / cutting tools
- Product supply, metering and filling access
- Zipper, spout, coding and selected inspection
- Cleaning, guarding and format change parts
Line and handover
Define the project scope
- Accepted output and representative product trial
- Utilities, access and maintenance space
- Discharge, collection and downstream handoff
- Documents, commissioning and training
- Current lead time, warranty and support terms
For connected feed, inspection and secondary packing, review turnkey packaging line scope. Use the RFQ brief builder to organize one comparable inquiry.
Your INMAYPACK doypack project
Connect the package review to the machine proposal.
INMAYPACK can review the roll-film pouch route, selected dosing equipment and project options using your product and packaging inputs. A useful proposal identifies the selected machine and what it will be asked to produce.
- Product, pouch and film reviewed together
- Itemized machine, filler and option scope
- Agreed quality and accepted-output checks
- Destination supply and handover requirements
Prepare testing, training and support responsibilities with service and support. Confirm lead time and service terms in the current quotation.
Doypack packing machine FAQ
Questions to settle before selecting the configuration.
What is a doypack packing machine?
Is a doypack machine the same as a premade pouch filler?
Which pouch formats can I request?
Can it pack powders, granules and liquids?
What speed can I expect?
Are HMK420FED and HMK4200 the same reference?
How should I choose duplex or quadruplex production?
Does every spout doypack machine include capping?
What should I provide about the film?
How much does a doypack packing machine cost?
How is the machine tested for my product?
What should I send to request a quote?
Build your doypack packaging project
Send the product, pouch and film. Get a matched proposal.
Review the forming route, filler, tooling, selected closure functions and line modules with INMAYPACK.