Product and sample
State material form, observed behavior, sample status and production condition.
Sachet machine engineering route
Multi-lane sachet packing machines for flexible portion packaging.
Define the multi-lane sachet platform from the real product, target fill, finished pack, film, conditional output and downstream boundary. The visible platform does not establish filling hardware, lane arrangement or performance.
- Material
- Behavior and sample status
- Pack
- Format, fill and seal target
- Line
- Output and handoff boundary
01Project fit and inputs
Decide whether the sachet platform has enough information for engineering review.
Use this route after the buyer can describe the product, target fill, finished sachet, film basis, conditional output and downstream need. Keep format comparison on the Pack Formats page.
Target fill
State the intended fill and acceptable project review basis without assuming a standard range.
Finished pack
Provide dimensions, drawing, headspace, opening and three-side or four-side seal target.
Film and print
Provide laminate structure, roll data, print repeat, eye mark and seal-window evidence.
Conditional output
State the target rate, shift basis and the conditions under which it must be assessed.
Downstream boundary
Define collection, inspection, counting, grouping, secondary packaging or factory handoff.
Cleaning
State product-contact, access, changeover and residue-control expectations.
Documents
State market, quality, acceptance and document requirements that apply to the project.
02Sachet machine path
Connect the physical decisions without assuming a fixed machine configuration.
The platform path links film handling, forming, material-matched metering, fill timing, sealing, registration, cutting and the qualified-pack handoff.
- 01
Film roll and web path
Review roll data, tension, tracking and whether slitting or forming requirements affect the platform.
- 02
Sachet forming
Translate the approved geometry and seal format into a project-specific forming route.
- 03
Metering interface
Connect the material-matched feeding and dosing decision to the sachet platform.
- 04
Fill timing
Review drop, flow, foam or cut-off behavior against the open pack and seal-zone timing.
- 05
Seal, register and cut
Review film window, registration, seal perimeter, cut position and opening request together.
- 06
Qualified-pack handoff
Define the accepted pack and the collection, inspection or downstream boundary that follows.
03Material-to-dosing summary
Use material behavior to open the correct specialist route.
This is a routing summary only. The Dosing Systems page owns the complete material-to-metering comparison.
Powder
Flow, dust, bulk density and seal-area carryover guide the feeding and metering review.
Review powder routeGranule
Particle size, breakage, segregation and drop behavior guide the route.
Review granule routeLiquid
Viscosity, foam, dripping, particles and cut-off guide the supply and filling review.
Review liquid routePaste
Stringing, residue, particles, temperature and cleaning guide the supply and cut-off review.
Review paste route04Film, registration and seal-zone impact
Turn the finished pack and film evidence into machine-side questions.
Visible pack geometry and seal edges help frame the review; they do not prove compatibility, sealing performance, shelf life or an accepted pack result.
Film path
Review roll width, tension, tracking, forming and any slitting requirement from current film data.
Registration
Review print repeat, eye mark, artwork orientation and accepted position basis.
Seal zone
Review product carryover, seal window, perimeter, headspace and cleaning access.
Cut and opening
Review cut position, tear or opening request and finished-pack handling from a drawing or sample.
05Conditional configuration contract
Keep output, lanes and downstream scope tied to buyer inputs.
These are the five inputs used to structure the engineering review and Product data. They are not published catalogue specifications.
| Project decision | Input and written boundary |
|---|---|
| Material and behavior input | Provide product state, representative sample status, flow, dust, foam, stringing, particles, residue and operating temperature where relevant. |
| Pack format and film input | Provide sachet dimensions, three-side or four-side seal, film structure, print repeat, registration and seal-window evidence. |
| Feeding and dosing review | Select feeding and metering only after material behavior, target fill and cleaning requirements are reviewed. |
| Target output and downstream input | State the conditional output target, shift basis and required inspection, collection, counting or secondary-packaging handoff. |
| Final configuration and acceptance | Confirm lane arrangement, output basis, machine scope and acceptance method in approved written project documents. |
The same five conditional inputs are used in the Product structured data for this page. They are not catalogue specifications.
06Evidence and exclusion boundary
Separate visible platform context from what the project must confirm.
A complete quotation requires a written basis for the material route, pack route, conditional output, machine scope, downstream handoff and acceptance method.
Platform and finished-pack context
The approved images support discussion of a sachet platform, pack geometry and seal-edge questions only.
Configuration, performance and acceptance
Filling hardware, lane arrangement, output basis, accuracy, film fit, seal result, cleaning scope and downstream responsibility remain project-specific.
07 / Engineering next step
Move from a sachet idea to an engineering review basis.
Use the RFQ when the main inputs are known. Use Sample Testing when material or seal-zone behavior may change the route.
What must be defined before a multi-lane sachet platform is selected?
Provide the material and sample status, target fill, finished sachet drawing, seal format, film data, output target, downstream boundary and any cleaning or documentation requirements.
Does the visible platform confirm the filling hardware or lane arrangement?
No. The image provides engineering configuration context only; metering, lane arrangement, output basis and acceptance conditions require project review and written confirmation.
When should sample testing come before an RFQ?
Use sample testing when flow, foam, stringing, particles, residue or seal-zone carryover may change feeding, dosing, cut-off or cleaning decisions.