Description
Precision 3-Station IBM with Zero Scrap, Injection-Molded Neck Finish, GMP-Compliant Pharmaceutical Grade Output
Tooling Engineering Perspective: The ZQ80 High-Yield Platform
In high-capacity pharmaceutical and premium daily chemical packaging, maintaining dimensional variance across dozens of cavities is the ultimate engineering challenge. As an elite IBM machine (Injection Blow Molding) designed expressly for 24/7 cleanroom environments, the Ever-power ZQ80 utilizes a strictly 3-station synchronous cycle (Injection – Blow – Stripping). Operating on a formidable 10-Ton chassis this platform entirely eliminates the structural vulnerabilities associated with extrusion processes.
By exclusively leveraging an injection-molded preform, the ZQ80 guarantees a 100% precise neck finish, ensuring leak-proof hermetic seals for induction-lined caps and child-resistant closures. Crucially, IBM is a non-stretch process. Relying purely on thermal memory and radial pneumatic expansion, it is uniquely capable of shaping thick-walled HDPE, PP, and PS containers with a mathematically perfect seamless bottom and a wall thickness deviation of ≤±1%.
IBM Process Decision Guide: Why Choose Pure IBM?
Navigating capital equipment choices requires a deep understanding of polymer kinematics. As a premier precision IBM molding solutions provider, we mandate the ZQ80 for portfolios demanding <500ml capacities, thick-walled polyolefins (HDPE/PP), and zero-defect medical hygiene.
| Process Feature | Ever-power IBM (ZQ80) | Extrusion Blow (EBM) | Injection Stretch (ISBM) |
|---|---|---|---|
| Scrap Generation | Zero Scrap. No deflashing required. | 20-40% flash; mandates dusty regrind lines. | Zero Scrap. |
| Neck Sealing Integrity | Injection-Molded. Absolute SPI accuracy. | Calibrated blow pin; prone to bore variance. | Injection-Molded. |
| Forming Kinematics | Pure Radial Expansion ONLY. No elongation. | Continuous extrusion + mechanical pinch-off. | Mandatory axial mechanical stretch rod. |
| Base Architecture | Seamless, high-impact convex base. | Pinch-off weld seam (structural weak point). | Injection gate vestige remains. |
| Optimal Materials | HDPE, LDPE, PP, PS, PC. | PE, PVC, PP. | Exclusively engineered for PET. |
ZQ80 Core Technical Specifications
The ZQ80 features a full European-style structure, delivering a clamping force 20%-30% larger than products in the same industry This ensures absolute platen rigidity under the intense pressure of 20-cavity injection molding.
| System Category | ITEM | Unit | ZQ80 Parameters |
|---|---|---|---|
| Injection System | Screw Diameter | mm | 55 |
| Screw L/D | % | 22:1 | |
| Injection weight | g | 466 | |
| Heating power | KW | 11 | |
| Number of barrel zone | – | 4+N | |
| Injection stroke | mm | 180 | |
| Clamping System | Clamping force of injection | KN | 800 |
| Opening stroke for injection | mm | 140 | |
| Clamping force of blowing | KN | 120 | |
| Opening stroke for blowing | mm | 140 | |
| Lifting height of rotary table | mm | 70 | |
| Mould Specifications | Max. Platen size (LxW) | mm | 800×400 |
| Mold thickness | mm | 280 | |
| Dia. of bottle | mm | 120 | |
| Bottle height | mm | 220 | |
| Suitable bottle height (Volume) | ml | 1-2000 | |
| Stripping stroke | mm | 230 | |
| Hydraulic System | Hydraulic Pressure | MPa | 14 |
| Motor power | KW | 18.5+18.5 | |
| Dry cycle | S | 4 | |
| Total Power | KW | 55 | |
| Operating power | % | 52-70 | |
| Utilities & Dimensions | Min. Air pressure of compressed air | MPa | 0.8-1.2 |
| Compressed air capacity | M³/min | 0.8 | |
| Water flowage | M³/h | 4 | |
| Cooling water pressure | MPa | 0.3-0.4 | |
| Dimension (L x W x H) | M | 4.5×1.6×2 | |
| Net weight | Ton | 10 |
ZQ80 Mold Cavitation Matrix
| Approx Volume | 10ml | 30ml | 60ml | 100ml | 250ml | 500ml | 1000ml |
| Max Cavitation | 20 | 18 | 14 | 12 | 8 | 5-6 | 3-4 |
Smart Manufacturing Precision Control
Managing the kinetics of a 10-Ton frame with an 800x400mm platen requires uncompromising mechanical logic. The ZQ80 stands apart via three integrated intelligent structures:
- Standard High-Precision Angle Divider: This mechanism can realize the synchronization of opening and closing mode and turret lifting. It eradicates mechanical shudder associated with multi-cavity transfers, ensuring core rods align perfectly during mold engagement.
- Dual Hydraulic Systems: The hydraulic double system is standard on the ZQ80 driven by a robust 18.5+18.5 KW motor power setup This completely isolates the injection pressure circuits from the clamping mechanisms, preventing pressure drops during the massive 466g melt shot.
- Energy-Efficient Booster Clamping: The unique pressurized clamping structure ensures the booster cylinder does not participate in the opening and closing mode action It activates solely for the final 800KN lock dropping hydraulic fluid displacement dramatically. This yields an energy consumption that is 20%-30% lower than that of the same industry
✔ Injection Molded Neck = 100% Seal
Natives threads formed inside a high-pressure injection cavity. This eliminates the bore variations associated with extrusion blow pins, guaranteeing airtight FDA compliance.
✔ Zero Flash / No Trimming Required
True no scrap blow molding architecture guarantees 100% material yield. Banish dust-generating regrind loops from your sterile cleanroom environment.
✔ Independent Core Rod Control
Precision thermal channels within the core rods extract internal heat rapidly, providing master-level control over polymer distribution and locking in uniform wall thickness.
Working Principle: The Non-Stretch 3-Station Cycle
The ZQ80 achieves unparalleled impact resistance by avoiding molecular shear. The cycle relies purely on thermal memory and precise radial expansion.
- Station 1: Preform Injection. Molten resin is injected over the core rods. The 4+N barrel zone system dictates the exact injection hold pressure, mapping the precise weight and forming a flawless threaded neck.
- Station 2: Blow Molding. The high-precision angle divider indexes the table 120°. Pure radial compressed air expands the parison against the chilled walls of the blow mold. Internal cooling fluid within the core rod extracts heat rapidly, freezing the ≤±1% uniform wall.
- Station 3: Automated Stripping. The 230mm stripping stroke mechanically ejects the finished containers simultaneously. No human interaction, no pinch-offs, fully automated yield.
Applications & Material Suitability
The ZQ80 is explicitly mapped for non-PET polyolefins. The 22:1 screw perfectly homogenizes HDPE, LDPE, PP, PS, ABS, PCTG, EVA, and Eco-friendly Corn Material.
- Pharmaceutical Bottles: Sterile eye drop vials, solid-dose pill packers, and liquid medication containers demanding absolute GMP compliance.
- Cosmetics Packaging: Ultra-thick-walled PS premium cream jars, mascara tubes, and roll-on applicator spheres.
- Precision Plastic Container Machinery: Production of seamless LED lamp covers and specialized geometric housings.
Turnkey Custom Mold Solutions
Through our dedicated in-house CNC machining, we offer Replacement mold capabilities and brand-new custom cavities for the 800x400mm platen We optimize 4+N hot runner systems to ensure rheological parity across all 20 cavities, providing Rapid Mold Changeover Support.
Full-Process Quality Control
Every ZQ80 undergoes a rigorous 4 S Dry Cycle Test and Clamping Force Verification (proving the 800 KN lock before shipping. Stringent Safety Interlock Validations and Air Leakage Tests ensure your machine arrives fully compliant with global CE directives.
5-Step ZQ80 Selection Guide (IBM Specific)
Use this process engineering methodology to confirm the ZQ80 aligns perfectly with your production parameters.
① Confirm Bottle Volume & Neck Size (IBM Sweet Spot: <500ml)
While rated up to 2000ml , the ZQ80 generates maximum ROI when producing high-cavity layouts of 10ml to 250ml medical/cosmetic containers.
② Select Material Type (Non-PET Focus)
Validate your resin. The non-stretch IBM cycle is expressly designed for HDPE, PP, and PS. (Projects requiring PET biaxial orientation must utilize ISBM).
③ Determine Daily Output Target
Forecast yield using the machine’s rapid 4 S dry cycle baseline, adding exact plasticizing thresholds dictated by your container’s wall thickness.
④ Match Tooling to the 800x400mm Platen
Map your cavities. The 800 KN clamping force securely houses a 20-cavity configuration for 10ml bottles , optimizing cleanroom floor space.
⑤ Choose Cleanroom Auxiliary Equipment
To protect pharmaceutical integrity, utilize an oil-free compressor for pharmaceutical packaging alongside a 4 M³/h industrial chiller .
Turnkey Installation, Debugging & Automation
Deploying a pharmaceutical asset requires precision. Our engineers conduct rigorous Pre-Installation Checklists, verifying foundation leveling and 55 KW total power grid capacities .
During commissioning, we lock the Process Parameter Window, utilizing the high-precision angle divider to map the 3-station indexing precisely. We implement strict maintenance protocols for the 14 MPa hydraulic system ensuring your pharmaceutical bottle making machine achieves decades of reliable OEE without pressure drops.
