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Machine de moulage par soufflage par injection IBM

ZQ80 Injection Blow Molding Machine: Industrial-Grade Powerhouse for Large-Scale Production & High-Tech Sectors

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ZQ80 Injection Blow Molding Machine: Industrial-Grade Powerhouse for Large-Scale Production & High-Tech Sectors

Nom De Marque:	ZIQIANG
Numéro De Modèle:	ZQ80
MOQ:	1
Prix:	65000-200000
Détails De L'emballage:	COMTAINER
Conditions De Paiement:	D / p, d / a, t / t

Les informations détaillées

Description de produit

Les informations détaillées

Lieu d'origine:

Chine

Certification:

Capacité d'approvisionnement:

30 / mois

Mettre en évidence:

industrial ZQ80 blow molding machine

large-scale injection blow molder

high-tech IBM molding machine

Description de produit

As the flagship large-capacity model in the ZQ series, the ZQ80 is engineered for mid-to-large manufacturers and high-tech industries that demand "volume without compromise"—bridging the gap between mid-range machines (like the ZQ60) and heavy-duty industrial equipment. It’s not just about producing more units; it solves the core pain points of large-scale manufacturing: maintaining ultra-high precision across 100,000+ unit runs, adapting to cutting-edge materials (e.g., carbon fiber for hydrogen storage), and meeting the strictest global standards (FDA, ISO). Whether you’re a beverage giant handling seasonal peaks, a renewable energy firm making high-pressure hydrogen cylinders, or a medical device manufacturer producing sterile components, the ZQ80 delivers "industrial efficiency with premium precision."

I. Core Positioning & Target Scenarios

The ZQ80 is built for large-scale, high-stakes production that smaller models (ZQ40/ZQ60) can’t support:

Mass-market CPG brands: Beverage, 日化 (daily chemical), or food packaging firms with monthly orders of 50,000–200,000 units (e.g., 500ml soda bottles, 1L laundry detergent containers).
High-tech energy sectors: Manufacturers of 35MPa/70MPa high-pressure hydrogen storage cylinders (for fuel cell vehicles or refueling stations).
Premium medical device makers: Producers of sterile, precision parts (e.g., 100ml IV fluid bags, surgical instrument housings) that require compliance with global medical standards.
Large-scale sustainable packaging: Brands using 100% recycled resins (rPET/rPP) or biodegradable blends for bulk orders, needing consistent quality to meet EU/US plastic reduction laws.

II. 4 Core Advantages (Solving Large-Scale Pain Points)

Advantage Dimension	Key Performance (Data/Scenarios)
Mass Production Efficiency	- Throughput: 300–350 units/hour for 500ml containers (50% higher than the ZQ60), with 6–8 cavity molds enabling 33-second cycle times for PET preforms; - Continuous stability: Maintains ±1% precision in material dosing/clamping even during 12-hour nonstop runs, slashing defect rates from 8% (traditional machines) to 2%—a $30,000+ annual savings for a food packaging client producing 1L sauce jars; - Fast changeovers: Mold swaps take under 1 hour (vs. 2+ hours for standard industrial machines), letting a beverage brand switch from 500ml to 2L bottles mid-shift to meet retail demand.
High-Tech Sector Adaptability	- Hydrogen energy: Specialized winding module achieves ±0.1mm carbon fiber precision for 70MPa hydrogen cylinders, meeting ISO 9809 safety standards—helping a renewable energy firm scale production from 500 to 1,200 cylinders/month and cut unit costs by 25%; - Medical compliance: Integrates HEPA-filtered cleanroom modules and real-time data logging (FDA 21 CFR Part 11 compliant), reducing audit prep time by 40% for a medical device maker producing sterile IV containers.
Energy & Cost Sustainability	- Energy savings: Regenerative hydraulic system recaptures 25% of braking energy, cutting power use by 30% vs. conventional industrial machines—a beverage plant saved $15,000 annually on electricity; - Longer consumable life: Core parts (injection screws, mold platens) are made of wear-resistant alloy, doubling lifespan to 80,000+ cycles and halving mold replacement costs; - Eco-material compatibility: Handles 100% recycled resins (rPET/rPP) and biodegradable blends (PBAT/PLA) without quality loss, helping brands meet EU’s 2030 single-use plastic ban.
Smart & Scalable Design	- IoT integration: Connects to MES (Manufacturing Execution Systems) for real-time tracking of output, defect rates, and energy use—one logistics firm optimized scheduling, reducing inventory holding costs by 18%; - Modular upgrades: Add multi-layer co-injection (for high-barrier packaging like infant formula jars), automated part sorting, or hydrogen cylinder-specific tooling without replacing the entire machine.

III. Typical Application Industries

The ZQ80’s industrial-grade performance makes it indispensable in high-volume, high-standard sectors:

Beverage & Food: 500ml–2L bottles/jars for soda, juice, sauces, or dairy (handles hot-fill/cold-fill processes and 100% rPET).
Renewable Energy: 35MPa/70MPa high-pressure hydrogen storage cylinders (critical for fuel cell vehicles and green energy storage).
Medical Devices: Sterile 50–200ml IV fluid bags, surgical instrument housings, and drug vials (complies with FDA, EMA, and ISO 13485).
Household & Industrial Chemicals: 1L–5L containers for laundry detergent, dish soap, or industrial cleaners (supports thick-walled, durable designs).

IV. Long-Term Value: A Strategic Growth Asset

The ZQ80 isn’t just a production tool—it’s a driver of long-term growth:

Market expansion: Its high capacity lets brands enter national/global markets (e.g., a regional beverage firm scaling to export 200,000 bottles/month to Southeast Asia).
Tech leadership: Its hydrogen/medical capabilities open doors to high-margin, future-focused sectors (e.g., a packaging firm diversifying into hydrogen energy storage).
Cost predictability: Energy efficiency and long part life keep operational costs stable, even as production scales.

In short, the ZQ80 is more than a "big machine"—it’s a strategic investment for manufacturers aiming to lead in large-scale production and innovation. It turns volume into a competitive advantage, while ensuring quality, sustainability, and adaptability to tomorrow’s industry demands.

Les étiquettes:

machine de moulage pour animaux de compagnie

machine de soufflage de corps creux de bout droit d'injection

machine de soufflage de corps creux

Détails Des Produits

Maison > Produits >

Machine de moulage par soufflage par injection IBM

ZQ80 Injection Blow Molding Machine: Industrial-Grade Powerhouse for Large-Scale Production & High-Tech Sectors

Toutes Les Catégories

Machine de moulage par soufflage par injection IBM

Machine de soufflage de corps creux d'extrusion

machine de soufflage de corps creux de bout droit d'injection

Bouteille Moule

Moule de bouchon de bouteille

Contrôleur de température de moule MTC

Chiller à injection pour moisissures

Machine de moulage par soufflage semi-automatique

Machine de conditionnement de bouteille

ZQ80 Injection Blow Molding Machine: Industrial-Grade Powerhouse for Large-Scale Production & High-Tech Sectors

Nom De Marque:	ZIQIANG
Numéro De Modèle:	ZQ80
MOQ:	1
Prix:	65000-200000
Détails De L'emballage:	COMTAINER
Conditions De Paiement:	D / p, d / a, t / t

Les informations détaillées

Description de produit

Les informations détaillées

Lieu d'origine:

Chine

Nom de marque:

ZIQIANG

Certification:

Numéro de modèle:

ZQ80

Quantité de commande min:

Prix:

65000-200000

Détails d'emballage:

COMTAINER

Délai de livraison:

45 jours

Conditions de paiement:

D / p, d / a, t / t

Capacité d'approvisionnement:

30 / mois

Mettre en évidence:

industrial ZQ80 blow molding machine

large-scale injection blow molder

high-tech IBM molding machine

Description de produit

I. Core Positioning & Target Scenarios

The ZQ80 is built for large-scale, high-stakes production that smaller models (ZQ40/ZQ60) can’t support:

Mass-market CPG brands: Beverage, 日化 (daily chemical), or food packaging firms with monthly orders of 50,000–200,000 units (e.g., 500ml soda bottles, 1L laundry detergent containers).
High-tech energy sectors: Manufacturers of 35MPa/70MPa high-pressure hydrogen storage cylinders (for fuel cell vehicles or refueling stations).
Premium medical device makers: Producers of sterile, precision parts (e.g., 100ml IV fluid bags, surgical instrument housings) that require compliance with global medical standards.
Large-scale sustainable packaging: Brands using 100% recycled resins (rPET/rPP) or biodegradable blends for bulk orders, needing consistent quality to meet EU/US plastic reduction laws.

II. 4 Core Advantages (Solving Large-Scale Pain Points)

Advantage Dimension	Key Performance (Data/Scenarios)
Mass Production Efficiency	- Throughput: 300–350 units/hour for 500ml containers (50% higher than the ZQ60), with 6–8 cavity molds enabling 33-second cycle times for PET preforms; - Continuous stability: Maintains ±1% precision in material dosing/clamping even during 12-hour nonstop runs, slashing defect rates from 8% (traditional machines) to 2%—a $30,000+ annual savings for a food packaging client producing 1L sauce jars; - Fast changeovers: Mold swaps take under 1 hour (vs. 2+ hours for standard industrial machines), letting a beverage brand switch from 500ml to 2L bottles mid-shift to meet retail demand.
High-Tech Sector Adaptability	- Hydrogen energy: Specialized winding module achieves ±0.1mm carbon fiber precision for 70MPa hydrogen cylinders, meeting ISO 9809 safety standards—helping a renewable energy firm scale production from 500 to 1,200 cylinders/month and cut unit costs by 25%; - Medical compliance: Integrates HEPA-filtered cleanroom modules and real-time data logging (FDA 21 CFR Part 11 compliant), reducing audit prep time by 40% for a medical device maker producing sterile IV containers.
Energy & Cost Sustainability	- Energy savings: Regenerative hydraulic system recaptures 25% of braking energy, cutting power use by 30% vs. conventional industrial machines—a beverage plant saved $15,000 annually on electricity; - Longer consumable life: Core parts (injection screws, mold platens) are made of wear-resistant alloy, doubling lifespan to 80,000+ cycles and halving mold replacement costs; - Eco-material compatibility: Handles 100% recycled resins (rPET/rPP) and biodegradable blends (PBAT/PLA) without quality loss, helping brands meet EU’s 2030 single-use plastic ban.
Smart & Scalable Design	- IoT integration: Connects to MES (Manufacturing Execution Systems) for real-time tracking of output, defect rates, and energy use—one logistics firm optimized scheduling, reducing inventory holding costs by 18%; - Modular upgrades: Add multi-layer co-injection (for high-barrier packaging like infant formula jars), automated part sorting, or hydrogen cylinder-specific tooling without replacing the entire machine.

III. Typical Application Industries

The ZQ80’s industrial-grade performance makes it indispensable in high-volume, high-standard sectors:

Beverage & Food: 500ml–2L bottles/jars for soda, juice, sauces, or dairy (handles hot-fill/cold-fill processes and 100% rPET).
Renewable Energy: 35MPa/70MPa high-pressure hydrogen storage cylinders (critical for fuel cell vehicles and green energy storage).
Medical Devices: Sterile 50–200ml IV fluid bags, surgical instrument housings, and drug vials (complies with FDA, EMA, and ISO 13485).
Household & Industrial Chemicals: 1L–5L containers for laundry detergent, dish soap, or industrial cleaners (supports thick-walled, durable designs).

IV. Long-Term Value: A Strategic Growth Asset

The ZQ80 isn’t just a production tool—it’s a driver of long-term growth:

Market expansion: Its high capacity lets brands enter national/global markets (e.g., a regional beverage firm scaling to export 200,000 bottles/month to Southeast Asia).
Tech leadership: Its hydrogen/medical capabilities open doors to high-margin, future-focused sectors (e.g., a packaging firm diversifying into hydrogen energy storage).
Cost predictability: Energy efficiency and long part life keep operational costs stable, even as production scales.

Les étiquettes: