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INMAYPACK · HS-130 horizontal packaging

Liquid Sachet Packing Machine

Roll-film portion packs for liquids and pastes.

Explore the HS-130 HFFS route for flat liquid sachets. Match the filling arrangement, product-contact parts and sealing process to your sauce, honey, shampoo or other liquid portion.

  • Horizontal form fill seal
  • 3-side / 4-side flat sachets
  • Piston filling reference
  • Product-matched configuration

Send product condition, every fill volume, pack drawing, film and target accepted output.

Liquid sachet packing machine HS-130 horizontal form fill seal platform
HS-130 · Flat liquid sachet platformForm the pack from roll film, fill the selected portion and complete the seal.
50–90 bags/minListed machine speed; product and pack dependent
Up to 160 mlListed maximum volume; usable dose to be confirmed
60 × 80 mmListed minimum sachet dimensions
140 × 180 mmListed maximum sachet dimensions

HS-130 document references. Maximum size, volume and speed are not a combined production guarantee; approve the package drawing and sample run.

Liquid sachet packing machine explained

From roll film to a filled liquid portion.

A liquid sachet packing machine forms small packs from film, doses liquid or paste, seals the pack and discharges finished sachets. Horizontal and vertical routes use different film paths, filling arrangements and package tooling.

The HS-130 is a horizontal form fill seal platform with intermittent pouch transport. The supplied liquid configuration lists a piston pump, one filling station and a 30 L product hopper. Select the liquid path and finished sachet together.

Still deciding the final package? Compare liquid packaging machine routes or return to the sachet packing machine range.

HS-130 liquid sachet packing machine full platform view
HS-130 machine-family view. The quoted build defines the filler, tooling, guarding and included options.

See the liquid sachet platform

Coordinate forming, filling and final sealing.

The horizontal route presents formed sachets for filling before the closing sequence. Package making, metering and sealing are coordinated by the machine controls.

  • Roll-film flat sachet forming
  • Product-matched liquid or paste dosing
  • Selected opening and coding features
  • Finished-pack collection and agreed inspection

Confirm both the product handling and package tooling when changing the dose or sachet size.

HS-130 liquid sachet packing machine specifications

A clear specification for the liquid sachet project.

Technical references from the supplied HS-130 document. Final settings, pack dimensions, output and utilities follow the approved configuration.

ParameterHS-130 document reference
Machine routeHorizontal form fill seal (HFFS), roll-film forming
Pouch transportIntermittent
Listed packaging speed50–90 bags/min; confirm with actual product, dose and film
Listed sachet dimensionsMinimum 60 × 80 mm; maximum 140 × 180 mm
Listed maximum volume160 ml; approve usable fill volume for the sachet
Filling station1 station
Liquid filling referencePiston pump for paste; selected to the product
Product hopper reference30 L in the supplied liquid configuration
Film roll diameter400 mm reference
Film web width440 mm reference
Roll core76 mm reference
Machine dimensions2850 × 970 × 1300 mm reference
Machine weight1000 kg reference
Electrical consumption5.0 kW reference
Air consumption100 L/min at 0.6 MPa reference
Electrical supplyDocument lists 200–415 V / 50–60 Hz / N+G; specify destination supply
Frame / mechanismsSUS304 appearance; listed internal parts include SUS304 and aluminium alloy
Product-contact materialLiquid quotation lists SUS316L; technical table lists SUS316L / SUS304. Confirm every wetted component in the proposal

The document does not label the orientation of both dimension pairs consistently; use the controlled sachet drawing to confirm width and length. Allow for the hopper, access, connected equipment and maintenance space in the layout.

Electrical component references in the HS-130 document

The document lists Mitsubishi controls, Panasonic sachet-pulling servo and motion control, Schneider frequency control, Weinview HMI, Fuji temperature control, SICK sensing, SKF / IGUS bearings and Festo pneumatic components. Confirm current brands, models and any agreed substitutions in the quotation.

Safety and compliance requirements belong to the supplied configuration and destination. Request the applicable documents with the proposal.

Products for application review

Choose the liquid path around the formulation.

These are application categories for review, not approvals for every formulation on one build.

Thin liquids

Oil, vinegar & liquid portions

Review viscosity, density, foaming and fill temperature. Confirm the dosing method, valve response and nozzle cutoff for small portions.

Viscous pastes

Honey, syrup & thicker sauces

Send viscosity at the actual fill temperature and check product transfer, fill time, cutoff and residue at the seal area.

Food emulsions

Ketchup, mayonnaise & dressings

Describe separation, shear sensitivity and any particles. Review supply, the wetted path and cleaning between recipes.

Other liquid products

Your formulation & portion

Send a representative sample and the required handling conditions. Product suitability and any special hygiene or validation scope need project review.

Viscosity is only the starting point.

Also state particle size and concentration, temperature range, foaming, corrosiveness, settling, shear sensitivity and refill conditions. This information helps select the feed arrangement, wetted materials, valves and nozzle.

Liquid sachet filling system

Match the pump, valve and nozzle to the product.

The HS-130 liquid quotation includes piston filling. Other pump choices need their own product and configuration review.

Metering and product supply

Piston filling reference

Review the dose range, product transfer and filling time with the actual liquid or paste. The quotation should name the hopper or tank, supply arrangement, pump, valve and product-contact material.

  • All target volumes and product temperature
  • Product viscosity and any solid particles
  • Stable refill and product level conditions
  • Agreed dosing method and acceptance tolerance

Clean filling and cutoff

Protect the closing area

Specify nozzle access, fill timing and the selected cutoff or anti-drip arrangement. Stringing, foam or splashing can place product near the closing area and should be reviewed in the sample run.

  • Nozzle reach and clearance for the sachet
  • Product release, cutoff and bag movement
  • Handling of foam, residue and particles
  • Dose and seal checks during stops and restarts

Confirm accuracy as an agreed tolerance under named test conditions. A pump cycle rate is not the accepted finished-sachet output.

Look inside the process

Equipment details behind a liquid sachet project.

Machine-family photographs illustrate review points. They do not establish the exact components or number of heads supplied on HS-130.

Filling arrangement on a packaging machine reference
Metering-system reference

Filling arrangement

Reference photo from the supplied image list. Confirm the pump, wetted path and actual filling layout in the quoted liquid configuration.

Sachet presentation on a packaging machine reference
HS-series transfer reference

Sachet presentation

Review pouch gripping, opening and filling access with the approved dimensions and film.

Seal-area control on a packaging machine reference
HS-series mechanism reference

Seal-area control

Review the actual product residue, seal geometry, temperature, pressure and dwell with production film.

Controls and changeover on a packaging machine reference
Machine HMI reference

Controls and changeover

Specify recipes, operating access and format setup in the selected build. This photo is a family control-panel reference.

Liquid sachet formats

Define the flat sachet before selecting the tools.

Concept illustrations show the package families, not final tooling dimensions.

A folded edge with the selected sealed perimeter

3-side seal flat sachets

Confirm the folded edge, sachet drawing, print position, fill access and opening feature with the chosen film.

A defined sealed perimeter around the portion

4-side seal flat sachets

Confirm finished dimensions, seal widths, tear notch, graphic position and the required separation or collection.

Review the 3-side / 4-side seal machine route and seal-format comparison with the drawing. Stick packs, spout flat bags and stand-up pouches use separately matched configurations.

Liquid sachet and flexible pouch sample formats for film and drawing review
Format sample collection. Not every pictured pouch is a liquid sachet or approved on the HS-130 configuration.

Production film and pack drawing

Approve the laminate and the liquid portion.

Specify the laminate structure, thickness, seal layer, winding direction and print repeat. The film should suit the product, forming sequence and required package life.

  • Finished dimensions, seal width and cut style
  • Web width, roll diameter, core and winding
  • Eye mark, print repeat and coding area
  • Actual production film for the product trial

The 160 ml reference is not the usable volume of every pack size. Review fill level, headspace and the closing area together.

How the liquid sachet machine works

Connect six stages in the approved packing sequence.

Unwind & register

Guide production film and coordinate the print repeat, marks and intended forming layout.

Form the flat sachet

Create the approved 3-side or 4-side format with the matched tools and film.

Present & fill

Coordinate pouch access, the selected liquid path and release of the target portion.

Close & heat seal

Complete the closing sequence with the approved material and sealing settings.

Code & separate

Add the selected date code, opening feature and cutting or separation arrangement.

Inspect & collect

Review dose, appearance and seal checks with the specified discharge and downstream handoff.

Liquid sachet seal integrity

Review filling and sealing as one process.

Product on the closing area, wrinkles or a mismatched seal setting can affect pack integrity. Test the film and liquid together, including normal refill, stops and restarts.

  • Clean closing area after filling and cutoff
  • Agreed temperature, pressure and dwell
  • Approved appearance and seal-integrity method
  • Retained samples under named test conditions

Use the flexible-pack seal integrity guide to prepare the material and closure review. Define pack-specific methods and limits in the test plan.

Packaging machine station detail for filling and final closure configuration review
Station detail reference from the image list. The supplied nozzle and closure functions require a configuration drawing; this photo is not the HS-130 as-built specification.

Liquid path and recipe changes

Plan cleaning before approving the filler.

Product-contact scope

Name every wetted part

List the hopper or tank, pump, valves, pipes, seals and nozzle. Confirm material grades and compatibility for the formulation.

Cleaning arrangement

Choose the cleaning method

Specify disassembly, flushing and any requested CIP boundary. Confirm drainage, access and how the cleaning result will be checked.

Recipe changeover

Release the next recipe

Define residual-product handling, reassembly, first-off checks and the target changeover procedure. Use the actual recipes for planning.

SUS316L is listed in the liquid quotation, while the technical table allows SUS316L / SUS304. Do not assume every wetted component or an automatic CIP system is included in the base machine.

Liquid sachet equipment scope

Specify the modules around the primary packer.

Before the filler

Product supply

Name the selected hopper or tank, refill, product conditioning and feed connection. Confirm level control and response to supply interruptions.

At the primary pack

Code & inspection

Define coding and selected weight, dose or seal checks. Agree inspection access, rejection and the evidence required from the run.

After the packer

Collection & handoff

Define counting, conveying, accumulation and any secondary packing. Review stop signals and downstream capacity.

For connected equipment, use turnkey packaging solutions and identify supplied modules, utilities and buyer-supplied connections.

Product trial and factory acceptance

Test the liquid portion with your production film.

Agree the test scope and acceptance criteria before the run.

Approve the inputs

Name the product batch, fill volumes, fill temperature, film, drawing and required trial duration.

Run normal events

Include startup, product refill, stops, restarts and selected format or recipe changes.

Measure the packs

Agree dose variation, pack dimensions, print and code checks, appearance and seal-integrity criteria.

Record accepted output

Separate conforming sachets, rejects and startup waste. Preserve the settings and retained samples.

Liquid sachet packing machine price

Get an itemized quote for the complete configuration.

Price depends on the liquid path, pack tooling, machine functions and selected project scope.

Machine and product scope

Define the supplied equipment

  • Named model and approved flat-sachet formats
  • Selected piston filling or reviewed pump arrangement
  • Hopper or tank, valves, nozzle and contact materials
  • Tooling, coding, tear features and guarding

Options and handover

Define the project requirements

  • Selected inspection, rejection and collection
  • Cleaning, changes, utilities and layout
  • Product trial and acceptance evidence
  • Documents, commissioning, training and service terms

Send one brief for a comparable proposal.

Product · viscosity and fill temperature · particles and foam · all volumes · sachet drawing · film · accepted output · cleaning · coding and inspection · line connections · destination.

Prepare the inquiry with the packaging machine RFQ brief builder and sachet packing machine quotation guide.

Your INMAYPACK liquid sachet project

Connect the product review to the machine proposal.

Start with the formulation, finished pack and required output. INMAYPACK can review the horizontal sachet route, selected filling arrangement and project options for your inquiry.

  • Product and film reviewed with the pack format
  • Itemized filling, machine and option scope
  • Agreed trial and handover requirements
  • Destination supply and documentation requirements

Installation, lead time, warranty and support scope belong in the current quotation. Request the destination-specific safety and compliance documentation for the supplied build.

INMAYPACK packaging machinery factory and manufacturing facility reference
Existing site facility graphic. Embedded promotional or certificate icons are not evidence of certification for the current configuration.

Before choosing your liquid sachet machine

Liquid sachet packing machine FAQ.

What is a liquid sachet packing machine?
It forms small packs from film, doses liquid or paste, seals the pack and discharges finished sachets. The HS-130 route described here uses horizontal roll-film forming and intermittent pouch transport.
What speed does the HS-130 document list?
It lists 50–90 bags/min. Actual accepted output depends on the liquid condition, fill volume, package, film, sealing and line scope. Agree the product trial rather than selecting a rate from viscosity alone.
What sachet dimensions and volumes are listed?
The supplied document lists 60 × 80 mm minimum, 140 × 180 mm maximum and up to 160 ml. Confirm the dimension orientation and usable fill volume on the production drawing; the maxima are not a combined operating point.
Can it pack honey, ketchup or shampoo?
These products can be reviewed for a matched liquid or paste configuration. Send viscosity at fill temperature, foaming, particle information and a representative sample before selecting the liquid path.
Which filler is in the HS-130 liquid quotation?
The supplied liquid quotation lists a piston pump, one filling station and a 30 L product hopper. Confirm the final pump, feed, valve and nozzle arrangement in the current proposal.
Is there a fixed filling accuracy for every liquid?
The approved tolerance should name the product, dose, temperature, measurement method and test conditions. The supplied HS-130 material does not support a universal ±1% promise for every formulation.
Are all product-contact parts SUS316L?
The liquid quotation lists SUS316L, while the technical table lists SUS316L / SUS304. Confirm each wetted component, seals and material compatibility in the proposal.
Does the base machine include anti-drip filling and CIP?
Specify the required cutoff, anti-drip and cleaning arrangement for the product. Confirm the supplied functions and any CIP boundary in the equipment list; do not infer them from a machine photo.
Which film information is required?
Send laminate structure, thickness, seal layer, web width, roll and core details, winding direction, print repeat and registration mark. Trial the intended production film with the approved sachet drawing.
Can I use the HS-130 for stick packs or spout pouches?
This page covers flat 3-side / 4-side liquid sachets. Narrow sticks, top-spout flat bags and stand-up pouches follow their own package tooling and filling routes. Review the related machines before approving a change.
What should the product trial check?
Agree dose variation, pack dimensions, code and print, appearance, seal integrity and accepted output. Include relevant refill, stop, restart and changeover events under named conditions.
How do I request the liquid sachet packing machine price?
Send the formulation, fill conditions, target volumes, pack drawing, film, output and cleaning requirements. Include coding, inspection, collection, utilities and destination for an itemized configuration quote.

Build your liquid portion-pack project

Send your product and sachet. Get a matched proposal.

Review the HS-130 route, filling, film and project scope with INMAYPACK.

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