Packaging systems configured around your application Defined project scope
Retail coffee bag and premade-pouch route
From real coffee to a finished retail pouch.
Compare compact and rotary premade-pouch machines with the roll-film bag route. Match the coffee, pack weight, pouch drawing and required output, then review a configuration with INMAYPACK.
Quick answer
A coffee pouch packing machine is not one universal configuration. It may form a bag from roll stock or open, fill and seal a supplied premade pouch. The correct route depends on the approved coffee, dose, package drawing, closure or valve, required presentation and acceptance method.
Use the coffee packaging machine hub to compare the wider coffee portfolio. Select the bag or pouch route using your actual coffee, dose, converter sample and required finished-pack presentation.
Film handling, forming and registration.
The machine forms the package from approved roll stock, fills it, seals it and cuts the finished bag. Film, forming and print registration belong inside the project scope.
Supplied bags, opening and pouch presentation.
The machine separates, presents, opens, fills and seals supplied pouches. Pouch consistency and reliable opening become primary inputs.
Illustrations compare package routes, not approved bag drawings or finished test samples.
Roasting, grinding, bulk storage, secondary cartoning, case packing and finished-product release require separately confirmed scope.
Coffee product routes
Whole beans and coffee powders require different dosing reviews. Use these equipment references to prepare the application brief, then confirm the filler, pouch and connected equipment with production samples.
Review weighing, product supply and pouch opening together with the actual bean condition, dose and finished-pack requirements.
View the coffee bean machine →
Review the selected servo auger, powder refill, settling and seal-area cleanliness as a coordinated pouch packing configuration.
View the coffee powder machine →
Review a compact premade-pouch route with a selected linear weigher, multihead weigher or auger. Coffee compatibility, dose and accepted output require sample confirmation.
View the mini premade-pouch machine →Coffee pouch machine specifications
Start with the finished pouch drawing. The compact TRC and rotary ZP or HIJ routes use supplied premade pouches. Their reference dimensions and speeds describe the named platform; the selected coffee, filler, closure and accepted-pack test define the delivered configuration.
Review the compact route when its reference capacity and supplied-pouch envelope suit the project. Select the weigher or auger separately.
Review the mini premade-pouch machine →ZP-8R200, ZP-10R200, ZP-8R260 and ZP-8R300 have distinct dimensions and reference speeds. Compare the named model with your pouch drawing.
Review the coffee bean route →The documented coffee powder configuration combines premade-pouch handling, a selected auger filler and powder refill. Review each pack with the actual coffee.
Review the coffee powder configuration →| Model | Pouch width (mm) | Pouch length (mm) | Reference speed (bags/min) | Dosing review |
|---|---|---|---|---|
| TRC-300 | 90–300 | 100–300 | 6–15 | Selected linear weigher, multihead weigher or auger arrangement. |
| TRC-430 | 100–300 | 100–430 | 6–15 | Selected filler and coffee dose reviewed with the longer pouch. |
| ZP-8R200 | 80–200 | 100–400 | 20–60 | Whole-bean weighing route; exact filler and dose confirmed by project. |
| ZP-10R200 | 80–200 | 100–400 | 20–80 | Whole-bean weighing route; distinct platform selection and output test. |
| ZP-8R260 | 130–260 | 100–400 | 20–50 | Whole-bean weighing route for the confirmed pouch and fill requirement. |
| ZP-8R300 | 180–300 | 100–400 | 10–35 | Wider-pouch reference; coffee fill range follows the selected filler. |
| HIJ8-200 | 80–200 | 100–400 | 20–60 | Selected coffee powder auger system: 100–1,000 g. |
Manufacturer reference specifications, not recorded coffee FAT results. Final pouch limits, selected options and accepted output are confirmed using the coffee, production pouch and connected equipment. Match the exact model name to the quotation; a reference photograph alone does not identify the supplied configuration.
250 g / 500 g / 1 kg coffee packs
The HIJ8-200 coffee project identifies 250 g, 500 g and 1,000 g pack weights and a selected 100–1,000 g powder filling system. Pack weight alone does not determine pouch size: coffee density, settling, headspace and the closure change the required volume and opening.
Submit the powder sample and pouch drawing together. Check auger clearance, dose setting and a clean sealing area.
Confirm powder density, filled height, headspace and the selected settling arrangement using the production pouch.
Review hopper replenishment, required fill time, pouch support and downstream handling over the agreed production run.
These are documented project weights, not published accepted-output results. Whole-bean projects require their own weigher, pouch and sample confirmation.
Product definition
“Coffee” does not describe the dosing task. Whole beans, coarse ground coffee, fine ground coffee and instant coffee can differ in flow, density, fines, dust, oil, aeration and settling. Provide representative production material and the condition in which it reaches the machine.
Whole bean, ground or instant coffee.
State whole bean, ground or instant product, including grind or particle range and any fragile pieces or fines.
Flow, density, settling and hopper behavior.
Record normal bulk density, aerated or settled condition, bridging, flooding, compaction and hopper-residence effects.
Contact-part buildup and cleaning needs.
Describe surface oil, product adhesion and buildup that can affect contact parts, cutoff, cleaning or sealing areas.
Coffee temperature when it reaches the filler.
State the product temperature at filling and any conditioning time required after roasting, grinding or storage.
Minimum, nominal and maximum net content.
Provide minimum, nominal and maximum target plus tolerance and the measurement method used for acceptance.
Replenishment, product transfer and hopper signals.
Define the upstream container, conveyor, refill method, hopper signals, operator work and dust-control boundary.
Finished package
A machine quotation cannot be compared reliably when suppliers receive different packaging assumptions. Send the intended converter sample, drawing and material information together with the product and dose.
Confirm film structure, forming and print registration.
Confirm supplied dimensions, opening and seal areas.
Submit the zipper or valve position for a configuration review.
Representative pack illustrations. The approved pouch drawing, feature position and test samples define the actual supplied format.
Width, length, gusset, opening and seal dimensions.
State finished width, length, gusset or bottom shape, seal areas, opening dimensions and permitted variation.
Laminate, thickness and intended converter sample.
Provide laminate, thickness, sealant, friction behavior, barrier basis and the approved supplier sample.
Feature position and the agreed inspection criteria.
If a one-way valve or vent is required, provide its position, dimensions, supply condition and inspection criteria.
Closure geometry and the available filling opening.
Define zipper, press-to-close or other reclosure geometry and the open area required for filling and sealing.
Print repeat, registration marks and code location.
Give print repeat, registration marks, code area, readable-data requirement and acceptable code position.
Fill height, headspace and accepted appearance.
Define fill height, headspace, residual air, pack shape, seal appearance and every visible rejection rule.
Route comparison
Do not compare quoted cycle rates alone. Compare the complete product supply, filler, package handling, sealing, coding, inspection, changeover and accepted-output basis.
| Decision | Roll-film coffee bag route | Premade coffee pouch route |
|---|---|---|
| Package supply | Approved roll stock with confirmed roll, print and sealing data | Finished empty pouches supplied within agreed dimensional and opening limits |
| Primary machine tasks | Unwind, register, form, dose, seal, cut and discharge | Separate, present, open, dose, close or seal and discharge |
| Critical package input | Film tracking, forming behavior, repeat, seal window and roll consistency | Pouch flatness, separation, opening, zipper or valve position and seal area |
| Changeover evidence | Forming set, film path, registration, dose and seal release | Pouch magazine, grippers, opening, filler, closure and seal release |
| Output basis | Conforming finished bags after rejecting dose, registration, seal, code or cut defects | Conforming finished pouches after rejecting feed, opening, dose, closure, seal or code defects |
| Best use of this comparison | Send both candidate routes the same coffee, target dose, finished-pack requirements, run events and acceptance definition. | |
Pouch handling
Premade pouches must separate, present and open consistently before dosing begins. A sample that opens by hand does not prove the complete stack will run under normal replenishment and production handling.
Air, gas and seal control
Words such as “fresh,” “airtight” or “nitrogen ready” are not acceptance criteria. The buyer must define the product and shelf-life basis, while the project team converts it into package material, residual-air, gas, valve, seal and verification requirements.
Define the acceptable finished-pack shape and the measurement or inspection method. Do not assume squeezing or settling behavior from another coffee.
If gas flushing is required, state supply quality, pressure, connection, measurement point, target basis and test method.
Challenge fines or beans near the closing area and define seal appearance, continuity, strength or leak evidence and rejection logic.
RFQ control
A comparable quotation uses the same product, dose, pouch or film, output and acceptance definition. Use the coffee packaging machine price guide to normalize included equipment, selected options, installation and delivery costs. If the powder dosing method is still open, use the auger filler vs weigh filler comparison to prepare a representative product trial.
Product form, grind or particle range, density, fines, oil, temperature, sample and supply condition.
Minimum, nominal and maximum target, tolerance, measurement method and priority recipe.
Route, drawing, material, closure, valve, artwork, code, headspace and approved production samples.
Required conforming packs per minute or shift, run duration, refills, normal stops and staffing.
Layout, utilities, product supply, gas when required, cleaning, inspection and downstream handoff.
FAT material, sample plan, defects, rejects, retained records, test methods and release criteria.
Factory acceptance
Line integration
The primary packer is only one part of a saleable coffee-pack process. A complete scope may also require product supply, conveying, coding, checkweighing, metal detection, reject handling, accumulation, cartoning or case packing. Interfaces and responsibility must be named rather than assumed.
Coordinate upstream supply, primary packing, inspection, discharge and downstream handling around the accepted pack.
Review the broader supplied-pouch machine family after the coffee pouch and product have been defined.
Define ownership, interfaces, utilities, controls, documentation and acceptance across the complete project.
Buyer questions
Do not assume it. The dosing principle, product-contact parts, refill behavior, dust or fines, cleaning and acceptance test can differ. Submit both products, doses and package drawings for a configuration review.
Choose from the approved package, product, presentation, converter supply, changeover plan and accepted output. Roll film adds forming and registration tasks; premade pouches add separation and opening tasks.
It can be reviewed when the exact pouch or film construction, feature position, supply condition and inspection criteria are supplied. Do not describe a generic feature as confirmed equipment scope.
No. Shelf life depends on the product, package barrier, residual oxygen or air basis, valve or closure, storage and validation plan. The machine project can only be accepted against the agreed equipment and test criteria.
Send representative coffee, dose range, package drawing and samples, material data, closure or valve details, required conforming output, utilities, layout, inspection plan and FAT acceptance criteria.
Use conforming finished packs over an agreed run, including normal replenishment, stops, restart and rejects. Headline cycles or an unqualified maximum do not establish accepted production output.
The documented HIJ8-200 coffee powder project lists 250 g, 500 g and 1,000 g packs with a selected 100–1,000 g auger system. For whole beans, review the selected weighing system and ZP or other premade-pouch platform separately. Confirm pouch dimensions, coffee density, closure and accepted output for every weight.
Reference speeds depend on the named platform: TRC-300 and TRC-430 list 6–15 bags/min; ZP-8R200 lists 20–60, ZP-10R200 20–80, ZP-8R260 20–50, ZP-8R300 10–35, and HIJ8-200 20–60. These are equipment references, not coffee FAT results. Compare accepted coffee packs over the agreed run, including dosing, refills, rejects and downstream events.
A current price follows the confirmed machine model, selected filler, pouch or film route, format parts, options, inspection, delivery and commissioning scope. Request quotations against the same coffee, finished pack and accepted-output basis. See the coffee packaging machine price guide for the comparison method.
The supplied TRC-300 and TRC-430 documentation describes mini premade-bag packing equipment. The machine handles supplied empty pouches with a selected filling device. Bags formed from roll stock require a separate form-fill-seal route.
Price, options and changeover
The quotation should identify the named packer, selected filler, product supply, pouch or film handling, required coding, inspection, utilities and discharge boundary. A project price follows this confirmed scope and the required accepted output.
Separate the base machine, selected options, format parts, delivery, installation and commissioning responsibilities.
Read the coffee machine price guide →Ask whether zipper opening, gas flushing, product settling, dust removal, coding and inspection are included, optional or supplied by others.
Review my required options →List changes to pouch width, filler parts, settings, cleaning and verification. Record the first accepted pack after each changeover.
Prepare the format list →Coffee sample review
Send representative coffee and production packaging samples with the priority recipe and required finished-pack appearance. Agree the run conditions and acceptance checks before recording an output result.
Coffee condition, target weight and tolerance; approved pouch or roll film; closure or valve details; required output; available utilities and discharge requirement.
Feeding and opening, dose consistency, settling, seal cleanliness, code position, reject response and normal refill or restart events.
Recorded input materials, settings, test duration, accepted and rejected pack counts, retained samples and any agreed video or inspection records.
Configuration review
INMAYPACK will review the product condition, package route, dosing task, closure features, required output and acceptance scope before recommending an available configuration.