Buyer and facility responsibilities
- Classify the product and its intended use
- Own formula safety, labeling and market compliance
- Determine facility registration and product-listing duties
- Approve cleaning, procedures and production controls
Configure filling, closing, coding, inspection and downstream packaging around your actual cosmetic product, package, U.S. site requirements and acceptance plan.
FDA regulates cosmetic products and the facilities that manufacture or process them; it does not approve cosmetic packaging machines. For a U.S. project, translate your product, facility and quality requirements into an equipment specification, document list and acceptance plan.
Current U.S. context: MoCRA includes facility-registration and product-listing obligations for covered businesses. FDA also states that registration or listing is not a cosmetic approval program. Confirm your own obligations with qualified U.S. regulatory counsel.
Review FDA’s MoCRA Information“Beauty packaging machine” can describe very different processes. Select the family from the actual formula, container or web, closure, dose range, output and required downstream operations.

Serums, oils, toners and qualified low-to-medium viscosity products in bottles, jars or preformed containers.
Review liquid filling machines →
Creams, lotions, masks and gels requiring controlled feeding, clean cut-off and repeatable container handling.
Review cream filling machines →
Plastic, laminate or metal tubes where filling, orientation, sealing or folding, coding and trimming must work together.
Review tube filling and sealing →
Single-dose serum or essence formats using a preformed container or roll-fed forming, dosing, sealing and cutting route.
Review ampoule filling machines →
Trial and single-use packs controlled by film structure, roll layout, lane count, dosing, registration and sealing window.
Review cosmetic sachet machines →
Filling connected to closing, labeling, coding, inspection, cartoning or case packing under one defined interface plan.
Review automatic cosmetic lines →A U.S. destination does not determine the dosing system. Send representative product and packaging samples so the quotation can distinguish shared equipment, dedicated change parts and combinations that still require trials.
| Product and pack | Behavior to verify | Package inputs | Machine decisions |
|---|---|---|---|
| Serum, toner or oil in bottles | Drip, foam, volatility, particulates and low-volume repeatability | Container and neck drawings, closure, fill range, headspace and samples | Pump, nozzle shut-off, infeed, container control, capping and inspection |
| Cream or lotion in jars | Viscosity, stringing, trapped air, temperature sensitivity and cleanability | Jar, cap, liner, fill profile, product temperature and surface finish | Hopper, feed assistance, agitation, dosing route, cut-off and lid handling |
| Cream, gel or sunscreen in tubes | Product feed, air, tail formation and contamination near the seal | Tube material, diameter, length, cap, artwork and orientation mark | Loading, orientation, dosing, heat sealing or folding, coding and trimming |
| Serum or cream in sachets | Dose stability, migration, seal contamination and opening performance | Film structure, roll width, repeat length, artwork and final sachet drawing | Lane count, web handling, dosing, registration, sealing, coding and cutting |
| Single-dose cosmetic ampoule | Forming behavior, small-dose control, seal window and opening method | Web or container material, cavity drawing, dose, product and finished samples | Preformed versus form-fill-seal route, tooling, dosing, sealing and leak checks |
| Mixed-SKU beauty packaging line | Changeover losses, cleaning sequence, restart stability and campaign size | Complete SKU matrix, drawings and samples from every product/pack family | Shared versus dedicated parts, storage, line balance and unsupported formats |
Fastest technical review: send one representative product, one empty pack, one filled pack, the controlled drawing and your accepted-output target.
Do not specify only “110/220 V, 60 Hz” or “UL components.” The purchase specification should state the complete site, electrical, utility, safety and certification boundary required by the destination facility and authority having jurisdiction.
State voltage, phase, frequency, available current, grounding, disconnect, control voltage and approved component preferences.
Identify any required NRTL certification, field evaluation or local inspection. Listed components alone do not certify the complete machine.
Document pressure, flow, quality, connection points, drainage, extraction and any conditioned services required by the process.
Confirm door, aisle, elevator, floor-load, ceiling, rigging, installation clearance and maintenance-access constraints.
Define guarding, interlocks, lockout needs, e-stops, signals, risk-assessment inputs and site acceptance responsibilities.
State temperature, humidity, washdown, dust, solvent, containment and cleaning conditions that affect design and materials.
Why this matters: OSHA’s NRTL program covers testing and certification of specified products. Define the required approval route before ordering rather than treating a component brand as proof for the complete machine.
Review OSHA NRTL GuidanceTwo suppliers can quote different boundaries while using similar machine names. Record what is included, excluded, provisional and buyer-supplied from factory release through installation.
| Scope item | Information the buyer provides | What the quotation should state | Open questions to close |
|---|---|---|---|
| Commercial term | Requested Incoterm, named place/port and importer-of-record plan | Exact Incoterm version, included freight, insurance, handling and exclusions | Customs broker, duties, taxes, inspection, demurrage and inland delivery |
| Packing and preservation | Transport method, storage conditions and destination restrictions | Crate, moisture protection, blocking, marks, dimensions and gross weights | ISPM-15 treatment, opening plan, disposal and long-term storage |
| Documentation | Import, quality, electrical and language requirements | Invoice, packing list, drawings, manuals, certificates, FAT records and parts list | Document format, approval dates, originals, translations and revision control |
| Delivery and rigging | Final address, receiving hours, dock, rigging route and site constraints | Shipment release basis, handover point, notification and transport exclusions | Unloading, crane/forklift, placement, utilities and installation readiness |
| Commissioning and training | Site dates, operators, products, packs and utilities available | Remote or on-site scope, duration, personnel, travel and acceptance boundary | Visas, travel, local labor, repeat visits, production materials and sign-off |
| Spares and lifecycle support | Planned operating hours, criticality and local inventory policy | Startup spares, recommended spares, consumables, lead-time basis and support route | Warranty terms, response process, software backup and obsolete-part planning |
Final freight, delivery timing, import charges, installation and certification scope belong in the signed quotation. They should not be inferred from a generic web-page statement.
Rated speed is not accepted output. Agree the production materials, sample quantity, run duration, defect definitions, stops and records that determine whether the configured machine meets the project.
Identify the exact formula or qualified substitute, containers, closures, films, labels, codes, drawings and configuration revision.
Define sample quantity, run duration, staffing, replenishment, planned stops, accepted output and calculation method.
Record settings, output, rejects, fill or seal results, alarms, interventions and product/pack observations.
Test agreed conditions such as low product level, missing pack, closure error, code failure, restart and reject handling.
Use the approved SKU matrix to check parts, tools, settings, cleaning, line clearance, restart and first-good-pack criteria.
Retain samples, counts, data, photographs or video, deviations, corrective actions and a signed open-item list with owners and dates.
Accepted output: calculate good packs at discharge after the limiting machine stage, agreed rejects and documented stops. Do not multiply a headline cycle rate by shift hours.
A useful quotation separates confirmed equipment, change parts, options, documentation and services. It also identifies assumptions and items that still need samples, drawings or site confirmation.
Use one RFQ input set for every supplier. Compare the same product, package, output, electrical, test, delivery and support boundary.
No. FDA regulates cosmetics and covered manufacturing or processing facilities; it does not approve cosmetic packaging machines. A machine project should instead document product-contact materials, cleanability, controls, inspection, records and acceptance evidence against the buyer’s requirements.
MoCRA includes obligations such as facility registration and cosmetic product listing for covered businesses, subject to the law’s scope and exemptions. Those are business and facility responsibilities, not machine approvals. Translate the facility’s procedures, records and cleaning needs into the URS and FAT plan.
The project can be configured only after the buyer states voltage, phase, frequency, grounding, disconnect, control standard, preferred components and any required NRTL certification or field-evaluation route. Component listings alone do not establish certification of the complete machine.
Choose from the actual product behavior and package. Liquids may need controlled nozzle shut-off, viscous creams may need feed assistance, tubes require a defined sealing or folding route, and sachets depend on the approved film, registration and sealing window. Representative trials remain necessary.
Send product data and representative samples, minimum/normal/maximum fill volumes, empty and filled packs, closures, controlled drawings, artwork and codes, accepted-output target, utilities, site constraints, documentation list and required FAT evidence.
Specify accepted packs per minute at the final discharge under stated conditions. Record the product, package, format, staffing, duration, replenishment, planned stops, rejects, changeovers and downstream interruptions behind the result.
It should identify the Incoterm and named place, packing, freight boundary, insurance, documents, importer and customs responsibilities, inland delivery, unloading, rigging, installation, training, spares, warranty and support. Unstated items should not be assumed to be included.
Test normal production plus agreed challenges such as low product level, missing or mis-presented packs, closure or code failures, restart, inspection and reject behavior. Retain settings, counts, samples, alarms, deviations and the signed open-item list.
Send the actual product, pack, accepted output, U.S. site inputs and required evidence. HIJ can map the machine family, configuration, open trials and quotation boundary for review.
Formula behavior, temperature, particulates, fill range, product-contact and cleaning requirements.
Containers, tubes or films, closures, drawings, artwork, codes, samples and planned changeovers.
Accepted output, campaign size, shift pattern, staffing, inspection, rejects and downstream line boundary.
Electrical supply, utilities, certification route, room conditions, access, rigging and installation plan.
Samples, duration, challenges, acceptance criteria, drawings, manuals, certificates and record format.
Incoterm, named place, packing, freight, spares, commissioning, training, warranty and service expectations.
This page helps U.S. buyers prepare a comparable cosmetic packaging equipment project. Final configuration, performance, materials, documents, commercial terms and services come from the signed quotation and technical agreement.