Liquid filling machine
Price changes with product behavior, fill range, number of nozzles, bottle handling, closure feeding, coding and inspection.
Review liquid filling machines →Commercial quotation guide
Build a comparable price from your product, package, output target and line boundary. HIJ separates the machine, tooling, controls, inspection, testing, documents, service and delivery scope so you can see what each quotation actually includes.

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Direct price answer
A reliable price starts with the exact product and package route. A liquid bottle filler, cream jar line, tube filler, sachet machine, plastic ampoule system and complete automatic line are different equipment scopes, even when they serve the same cosmetic brand.
HIJ prices the configured machine and every required project item separately. This makes the quote useful for purchasing, engineering review and supplier comparison without treating an unsupported website number as a final offer.
Choose the equipment route
Choose the package architecture before comparing prices. These machine families use different feeding, dosing, closing, sealing and change-part systems.
Price changes with product behavior, fill range, number of nozzles, bottle handling, closure feeding, coding and inspection.
Review liquid filling machines →Hopper preparation, pump selection, anti-drip filling, jar or bottle stability, cap handling and cleaning access define the scope.
Review cream filling machines →Tube material, diameter range, dosing system, orientation, sealing method, coding, trimming and format sets change the price.
Review tube filling machines →Lane count, film structure, dose, cut style, artwork registration, sealing window and accepted output shape the configuration.
Review sachet packaging machines →Roll-fed plastic ampoules and preformed containers require different machine architectures, tooling and integrity checks.
Review ampoule filling routes →Feeding, filling, closing, inspection, labeling, cartoning and case handling must be defined as one controlled line boundary.
Review automatic filling lines →Price drivers
A useful cosmetic packaging machine price is the result of an approved project boundary. Define these items before comparing suppliers or machine models.
Viscosity, foaming, stringing, particles, temperature sensitivity and cleanability determine the product path, pump, hopper, hose and nozzle.
Bottle, jar, tube, sachet, ampoule or flexible web changes the entire feeding, positioning, forming and closing architecture.
Fill range, target dose, permitted variation and verification method determine metering technology and test requirements.
Quote on verified good packs per minute or shift, including rejects, replenishment, changeovers and normal short stops.
Each approved package size may need dedicated change parts, recipes, guides, tooling, drawings and setup verification.
Unscrambling, filling, closing, coding, inspection, labeling, cartoning and case packing should be listed separately.
Samples, test duration, acceptance criteria, certificates, manuals, drawings and qualification support affect engineering scope.
Freight basis, site conditions, installation, training, spare parts and response expectations belong in the commercial comparison.
Quotation boundary
Ask every supplier to price the same boundary. A low headline number is not comparable when tooling, testing, documents or downstream equipment are missing.
| Quotation section | State clearly | Why it changes cost | Evidence to request |
|---|---|---|---|
| Base machine | Model, contact materials, controls, guarding and standard configuration | Defines the core platform and technical boundary | Technical specification, layout and utility list |
| Product system | Hopper, pump, product path, nozzles, heating, mixing or vacuum where required | Must match the verified formula behavior and cleaning plan | Product-trial basis and wetted-parts statement |
| Format parts | Included package sizes, dedicated tooling, guides, recipes and changeover aids | More formats can add engineering, manufacturing and validation work | Format matrix and controlled drawings |
| Feeding and closing | Container infeed, cap or pump feeding, orientation, closing method and reject route | Package geometry and closure variation affect automation complexity | Approved samples and closure acceptance criteria |
| Coding and inspection | Print content, readable-code checks, fill or closure inspection and reject logic | Sensors, cameras, printers and controls expand scope | Defect list, challenge method and reject confirmation |
| FAT and documentation | Test product, sample quantity, duration, acceptance rate, manuals and certificates | Evidence and regulated-project support require planned resources | FAT protocol, document list and open-item process |
| Delivery and site services | Trade term, freight, installation, commissioning, training and spare parts | The landed project cost extends beyond the machine itself | Named inclusions, exclusions and responsibility matrix |
Machine or line
Choose from the required finished-pack result. Buying a faster filler does not solve a feeding, closing, inspection or downstream bottleneck.
= the slowest proven process stage × agreed acceptance rate
State product, package, staffing, replenishment, planned stops, changeovers and reject rules behind the result.
Ask for sustained accepted output with your representative product and package. The same rated machine can produce different usable results after format change, operator intervention, inspection and downstream stops are included.
Review automatic cosmetic filling lines →Total project cost
The best-value quotation is the one that makes the complete project boundary visible and reduces expensive assumptions after the purchase order.
Machine and options
+ change parts and tooling
+ coding and inspection
+ FAT and documents
+ freight and import scope
+ installation and training
+ initial spares and consumables
| Comparison question | Supplier A | Supplier B | Required decision |
|---|---|---|---|
| Same product and package samples? | Confirm | Confirm | Do not compare unmatched trial conditions |
| Same accepted-output basis? | Confirm | Confirm | Define rejects, duration, stops and staffing |
| Same tooling and format inventory? | List | List | Identify every included size and dedicated part |
| Same FAT and documentation? | List | List | Align protocol, evidence and open-item process |
| Same delivery and service boundary? | List | List | Separate freight, site work, training and spares |
RFQ preparation
Photos are useful, but drawings and representative samples prevent expensive assumptions. Mark unknown items and let the engineering review identify what must be tested.
Formula type, viscosity or flow behavior, foaming, particles, temperature sensitivity, safety information and cleaning expectations.
Container or web drawings, material, dimensions, tolerances, closure, artwork, orientation and approved empty and filled samples.
Fill or pack range, required accepted output, shift pattern, campaign length, SKU mix and planned changeover frequency.
Fill checks, seal or torque criteria, coding, inspection, reject definition, sample quantity, FAT duration and acceptance evidence.
Existing upstream and downstream equipment, interface signals, accumulation, labeling, cartoning and case-handling requirements.
Destination, utilities, room access, environmental constraints, target schedule, document needs, installation, training and spare parts.
List every product-package combination expected at launch and later. Separate confirmed formats from future possibilities.
State who supplies samples, product, packaging material, artwork, utilities, lifting, import clearance and site acceptance resources.
HIJ reviews the product, package, output, quality and line boundary.
The machine route, options, format parts, tests and responsibilities are itemized.
You receive a quotation whose inclusions, exclusions and acceptance basis can be checked line by line.
Buyer questions
There is no universal valid price for every project. The quotation depends on the machine family, product behavior, package, fill range, accepted output, format parts, automation, testing, documents, delivery and service scope.
Provide the product characteristics, dose range, package and closure drawings, representative samples, required accepted output, SKU list, inspection plan, line interfaces, destination, FAT requirements and service expectations.
Two machines with similar names can use different pumps, contact materials, numbers of filling heads, feeding systems, closures, controls, format parts, inspection, documents and test boundaries. Compare the complete configured scope.
Only when they are explicitly listed. Require a format matrix showing every included size, dedicated change part, tooling set, recipe and drawing, plus the price basis for additional future formats.
Do not assume they are included. The quotation should state the trade term, destination, packing, freight boundary, import responsibility, unloading, installation, commissioning, training and travel-related costs.
Place both quotations against one requirement sheet. Confirm that product samples, packages, accepted-output basis, tooling inventory, inspection, FAT, documentation, delivery and after-sales responsibilities are the same.
Rated speed alone does not define price or value. Product control, package handling, automation, redundancy, inspection and the accepted-output test basis may matter more than the catalog rate.
Possibly, when the product path, dose range, container geometry, closures, cleaning method and format-change plan are compatible. Each proposed product-package combination should be reviewed and tested before the shared scope is confirmed.
Project inquiry
Send the product, package, output and quality inputs. HIJ can return a machine route, option boundary, format-parts matrix, test basis and itemized quotation for technical and commercial comparison.
This page helps buyers define a comparable quotation boundary. Final specifications, performance, options, materials, documents, delivery and service obligations come from the signed quotation and technical agreement.