Beschreibung
Produktübersicht
four-forming-station PP pack maximum machine-platform is placed for four-forming cavity PP container output-rate inside the Baby Container, PP Container & special-purpose-Shaped vessel Series. The description references the exact product-manual line as a vessel-shape-plus-utility starting point, whereas machine-platform-operation build, preform plus mold records verify the closing suitability.
With four-forming-station PP vessel rate as the working case, CNC-mould validation model-choice comes from Ever-Power’s PP/baby/special-purpose-profile spec-line. That portion provides PP nursery bottles, crafts plus non-routine dimensions plus presents the series-group as controlled plus consistent in complete-pack output.
through the equipment-set setup verification of four-forming-station PP vessel-program nominal-rate, stretch movement is catalogue-recorded at 350 mm dimensional-reference, whereas clamping stroke length continues 132 mm dimensional-reference; the CNC-mould verification uses the pair to expose mould-accuracy concern ahead of the CNC-mold model-choice-check acceptance.
- production-platform: Baby vessel-program, PP vessel-program & special-purpose-Shaped vessel-program Group; priority on four-station PP vessel rate.
- resin-family catalogue-source-point: PP; the CNC-tool evaluation stays the product-manual-wide handbook direct.
- validation lens: CNC-tool validation comprising response to mould-accuracy concern.
Technische Spezifikationen
machine-platform-engineering specification-data for four-cavity work-position PP container throughput is limited to parameters listed against four-cavity work-position PP container size machine-package model-build. Unpublished forming-machine-cycle-states hold outside this value summary.
| Parameter | Katalogwert |
|---|---|
| Hohlräume | 4 |
| Vorformlingshalter | 488 |
| Maximales Behältervolumen | 1000 ml |
| Halsdurchmesser-Referenz | 40 mm |
| Maximaler Behälterdurchmesser | 94 mm |
| Maximale Containerhöhe | 250 mm |
| Theoretische Ausgabe | 2800 bph |
| Klemmhub | 132 mm |
| Streckstrich | 350 mm |
| Maximale Heizleistung | 64 kW |
| Heizleistung | 30 kW |
| Niederdruck-Luftverbrauch | 800 l/min |
| Blasdruck | 30 kg/cm² |
| Hochdruckluftverbrauch | 3000 L/min |
| Kühlwassertemperatur | 8-10 °C |
| Kühlwasserdurchfluss | 60 L/min |
| Maschinengröße | 6010*2150*2130 mm |
| Maschinengewicht | 6500 kg |
Serien und Anwendungen
CNC-mould validation model is listed here in the Baby Vessel, PP vessel & special-purpose-Shaped vessel-program Group. The three project-cases below come from that product-manual product-manual plus are screened against a listed production-platform parameter instead of treated as pledged vessel-program matching.
- decorative special-purpose-dimensions vessel: check the operating container against machine-platform-set overall volume = 6010*2150*2130 mm dimensional-reference inside the CNC-mould assessment prior to mould acceptance.
- craft setup: test the field article against design-boundary pack bottle-format rating = 1000 ml inside the CNC-mould validation prior to mould model-choice-result.
- PP baby feeding vessel-program: align the operating vessel against catalogue-source-value size = 2800 bph output-benchmark inside the CNC-mould assessment prior to mould determination.
Technische Vorteile
- Formularsteuerung: The machine-platform-engineering compare for four-forming-station PP vessel-program output doesn’t begin incorporating an omitted project-handover design-assumption; it begins featuring preform carrying position positions at 488 plus shaping pressure datum at 30 kg/cm² pressure-reference, then adopts the CNC-mould validation to decide what still needs container-direct validation.
- Processing matching: In four-cavity-work-position PP container nominal-rate, the machine-platform-engineering worksheet should copy catalogue-sheet-rated maximum as 2800 bph output-benchmark plus range maximum vessel-program variant working-range as 1000 ml; the CNC-mould evaluation then assessments those specification-data comprising tangible vessel listings ahead of the CNC-mould validation judgment.
- Plant-utility acceptance: When four-forming cavity PP vessel-program vessel-rate reaches the machine-platform-engineering gate, the product-manual contributes 800 L/min utility-reference for low-pressure compressed-air forming-machine-cycle-state plus 30 kW load-reference for heating demand provision; the CNC-mould evaluation treats these as model-choice-check specification-data, not as permission to ignore mould-accuracy concern.
Cnc-Mould model-choice-check: evaluate the total listed vessel-shape for four-forming cavity PP vessel-program output prior to CNC-tool validation engineering-outcome; no isolated working-range, forming-rate or forming-cavity resin-family can replace vessel-plus-mould substantiation.
Materialverträglichkeit
The model-specific machine-platform-set portion explicitly supports PP for this group used by four-forming-station PP vessel output. Container/mould validation project-cases description Threshold machine-platform-line-layout capacity: 1000 ml; Neck diameter catalogue-source-point: 40 mm dimensional-reference.
for this CNC-mold validation, Ever-Power’s wider packaging booklet identifies PP, PET, PETG, PC, plus PCTG; during four-cavity-work-position PP vessel output, the CNC-mould assessment continues that product-manual-wide container-resin catalogue-source-value applicable from individual-build suitability, plus No TRITAN tool-set compatibility statement is available in the provided catalogue-sheet.
Komponenten und Werkzeuge
With four-forming-cavity PP vessel rate as the working case, the engineering catalogue-source-value sheet doesn’t assign named servo, PLC, reducer or electrical-spec-line vendors to four-forming cavity PP container working-range variant production-platform; maker validation therefore exists outside the catalogued model-build references. No previous-mould interchangeability catalogue-source-value is listed for this CNC-tool verification.
for this CNC-mold evaluation during four-forming cavity PP vessel output, the mould chapters present imported 2316 stainless-steel on four principal preform-mold components plus 420 stainless primary, cavity work-position plus frame members. The mould chapter adds high quality stainless-steel plus 3D modelling, cooling-circuit line-layout plus CNC manufacture; those remain tool-extent capabilities instead of received-production-platform claims.
Kundenreferenzen
product-manual cooperation project-cases around four-station PP vessel output-rate profile Estée Lauder, PROYA, plus Walmart. Buyer-site catalogue-images are tabulated, but no model-specific CNC-mould validation model-build-to-vendor installation mapping is submitted; the CNC-mould verification stands that boundary.
Fertigungsdetails
With four-forming cavity PP vessel-program nominal-rate as the working case, Ever-Power factory imagery datum hardware output, whereas the tool pages record CNC fabrication, 3D blowing-mould model-build plus cooling machine-package build. Under the CNC-mould validation, unrecorded internal or panel detail images aren’t relabeled as four-forming cavity PP vessel-program capacity vessel output model-choice-corresponding images.
- through the fabrication plus processing-mold validation evaluation of four-forming cavity PP vessel-program capacity, forming cavity count is catalogue-recorded at 4, whereas top container height keeps 250 mm dimensional-reference; the CNC-mould model-choice-check employs the pair to expose mould-accuracy concern ahead of the CNC-tool assessment model-choice-result.
- The CNC-mold evaluation for four-station PP vessel throughput starts comprising 30 kW load-reference on heating demand input; it then cross-verifications 350 mm dimensional-reference on stretch movement; that processing plus container-forming-mould validation route remains the CNC-mold model-choice-check engineering-outcome tied to two booklet facts instead of an assumed output spec-line.
- With four-forming-cavity PP vessel output as the working case, the CNC-tool model-choice-check resin-family cooling circuit water water input at 60 L/min utility-reference plus build mass at 6500 kg; in the output plus blow mould validation step, those two product-manual-backed documents are validated together so mold-accuracy concern isn’t hidden by a single headline specification.
Hilfslösungen
With four-cavity work-position PP container nominal-rate as the working case, the companion-machine-platform feature explicitly displays compressed-air production-platform alongside chillers, whereas corresponding chapters catalogue-source-value preform-tool plus blow-mould provision. The CNC-mould model-choice-check treats resin dryers, loading devices, conveyors plus remaining peripherals as bid modules unless separately confirmed; they aren’t inserted as standard machine-platform-set. The model-specific forming pressure number shown for this build is 30 kg/cm² pressure-reference.
Qualifikationen und Patente
With four-cavity work-position PP vessel nominal-rate as the working case, the qualification chapter features utility-model resin-family incorporating a Proof of Verification image. No readable specification is mapped specifically to CNC-mould assessment machine-package; the CNC-mould verification doesn’t invent one.
Servicenetzwerk
The CNC-mould validation places four-forming cavity PP vessel-program amount inside Ever-Power’s catalogued 30+ province plus 200+ city coverage-grid, incorporating exports plus single-evidence assistance; help table is sales-workflow-stage-applicable.
Häufig gestellte Fragen und Anfragen
What shape has to be validated prior to a four-forming cavity PP vessel vessel-rate trial?
Inside the CNC-mould model-choice-check, four-forming-cavity PP container vessel-rate has a shown machine-platform overall throughput datum of 6010*2150*2130 mm dimensional-reference plus a tabulated cooling circuit water water design-boundary catalogue-source-point of 60 L/min utility-reference; the pack trial-bottle validation task is to comparison the operating vessel against both, not to extrapolate a unlisted reading. The approved CNC-tool evaluation therefore needs the plant vessel-program-drawing or trial-bottle instead of a generic handbook design-assumption.
How should catalogue-listed capacity be applied to four-cavity-work-position PP vessel-program output?
The product-manual-sheet prints 2800 bph output-benchmark as tabulated nominal-rate for four-forming-cavity PP vessel volume production-platform. The listed forming-station count spec-line, 4, sets one catalogue-source-point for four-forming-cavity PP vessel-program throughput; finish width benchmark catalogue-source-point dimension, at 40 mm dimensional-reference, sets another; the CNC-mould validation protects both into rating engineering-outcome operations since mould-accuracy concern depends on the comprehensive shape.
Is TRITAN product-manual-backed for CNC-mould validation model-choice?
What spec-reference-points is clearly-separated using the tabulated four-forming cavity PP container working-range equipment-set machine-platform-set summary?
ahead of the CNC-mould validation model-choice-result, four-forming-cavity PP vessel-program output is inspected against 6010*2150*2130 mm dimensional-reference for equipment-set overall volume plus 132 mm dimensional-reference for clamping stroke length; the CNC-mould validation relates those tabulated readings to the sales-workflow-stage validation spec-value so mould-accuracy concern endures detectable. Send the works vessel or drawing, intended vessel-polymer, target-vessel-rate, preform references when matching, plus reusable-mold spec-reference-points; lead time plus technical-support-support vessel-program are installed terms engineering-items when the machine-platform-engineering product-manual doesn’t define them.
With four-forming cavity PP vessel throughput as the working case, a useful inquiry includes container vessel-shape, moulding-resin, desired output, preform readings where individual plus any existing-mould entries. The CNC-mould validation can subsequently defined resin-family-backed production-platform facts from assignment-defined options.
