ZQ110 European Injection Blow Molding Machine

Introduction to the ZQ110 Injection Blow Molding Machine

The ZQ110 is an industrial-scale European-style injection blow molding machine engineered for high-output production environments where cavitation counts, shot weight, and mechanical rigidity must all operate at elevated levels. Distributed by Australia Ever-Power Injection Stretch Blow Moulding Machine Co., Ltd from Sydney, this model carries an 1100 KN injection clamping force and a 1100 x 460 mm platen — large enough to mount moulds with 24 cavities at 10 ml or 6 cavities at 1000 ml. Its 65 mm screw delivers 540 g per shot through 5 + N barrel heating zones, ensuring thorough resin plasticisation even for engineering-grade polymers. The dual-motor hydraulic system (22 + 22 KW) provides the flow rate and pressure stability that high-cavity moulds demand, while the 80 KW total power draw remains moderate for a machine of this output class. This article covers the full ZQ110 specification sheet, explores its clamping and hydraulic advantages, and maps its suitability across pharmaceutical, cosmetics, and PET bottle production applications.

Full Technical Specifications of the ZQ110

Precision purchasing decisions start with verified numbers. Below is the complete parameter sheet for the ZQ110 injection blow molding machine, covering the injection system, clamping mechanism, mould dimensions, hydraulic circuit, and utility requirements. Each value is drawn directly from the manufacturer data sheet and can be cross-referenced during on-site evaluation or quotation review.

European-Style Clamping System: Engineering Advantages

The clamping unit is the most critical subsystem on any injection blow molding machine. It governs parting-line quality, flash control, and the ability of mould halves to resist internal blowing pressure. The ZQ110 takes a European approach to this challenge with measurable mechanical advantages.

1100 KN Injection Clamping Force

With 1100 KN of injection clamping force, the ZQ110 sits in the upper tier of European-style IBM platforms. This force level is not merely about holding moulds closed — it is about maintaining cavity seal integrity across 14 to 24 individual cavities simultaneously. As cavitation counts rise, the projected area of the combined cavity layout increases, and the internal pressure exerted by molten resin during injection acts on a proportionally larger surface. The 1100 KN force ensures that even at peak injection velocity, no cavity experiences flash or dimensional deviation. The 150 KN blowing clamping force is similarly scaled, providing a 50% margin above the minimum needed for most bottle geometries, which protects against blow-side flash during the air-expansion phase.

Pressurised Clamping and Dual-System Hydraulics

The ZQ110 features a standard high-precision angle divider that synchronises rotary table indexing with mould opening and turret lifting. At 24 cavities, even a fraction of a degree of angular error would result in core-to-cavity misalignment, producing off-centre wall thickness and rejected bottles. The angle divider eliminates this risk mechanically, providing repeatable positioning that electronic encoders alone cannot match at this speed. The pressurised clamping structure decouples the booster cylinder from the open-close stroke, and the hydraulic dual system (two pumps on independent 22 KW motors) ensures that oil flow never bottlenecks during the rapid injection-to-blow transition. Combined, these features reduce energy consumption by 20% to 30% versus single-pump machines at comparable clamping tonnage.

Mould Cavitation and Bottle Size Flexibility

The ZQ110 ISBM machine supports container volumes from 1 ml to 2000 ml on a single frame. The 1100 x 460 mm platen accommodates moulds ranging from micro-volume pharmaceutical vials to full-litre household bottles. Cavitation counts scale inversely with container volume, as shown in the reference chart below.

For high-volume pharmaceutical packaging at 10 ml to 60 ml, the ZQ110 runs 24 to 18 cavities per cycle, achieving industrial-grade throughput from a single machine. Mid-range cosmetics and personal care bottles in the 100 ml to 250 ml range yield 14 to 10 cavities, while larger food and beverage containers at 500 ml to 1000 ml still achieve 8 to 6 cavities — more than sufficient for regional distribution or specialty product lines.

Energy Performance and Hydraulic System Design

Energy cost is among the largest recurring expenses in plastic container manufacturing. The ZQ110 addresses this through its dual-motor hydraulic architecture and pressurised clamping design. Total installed power is 80 KW, with an operating efficiency range of 52 – 70%. During a typical production cycle, real-world power draw falls between approximately 41 KW and 56 KW. The 14 MPa hydraulic system operates at a moderate pressure ceiling, reducing wear on seals and extending service intervals. The 4 m³/h cooling water requirement and 0.7 m³/min compressed air demand keep auxiliary infrastructure costs manageable, and the machine footprint of 5 x 1.8 x 2.2 m fits efficiently into existing factory layouts.

Production Line Integration and Auxiliary Equipment

No injection blow molding machine operates in isolation. The ZQ110 is designed as the centrepiece of a complete bottling production line. Australia Ever-Power offers a full range of auxiliary systems that integrate directly with the ZQ110 frame.

Industry Applications for the ZQ110

The ZQ110 serves multiple packaging verticals, each leveraging a different aspect of its specification sheet. Below are the primary application sectors.

Pharmaceutical and Health Care

The ZQ110 is a pharmaceutical production powerhouse. Running 10 ml vials at 24 cavities or 100 ml bottles at 14 cavities, it reaches the output density required by centralised pharmaceutical packaging facilities supplying national distribution networks. The 65 mm screw and 540 g shot weight fill every cavity in a single stroke, and the 5 + N barrel zones ensure that heat-sensitive pharmaceutical-grade PET or PP resins are plasticised uniformly without thermal degradation. Seamless bottle bases and precision neck threads are inherent advantages of the injection blow molding process, and the ZQ110 maintains these qualities at scale.

Cosmetics and Personal Care

Premium cosmetics brands launching high-volume product lines in the 30 ml to 250 ml range gain significant throughput advantages from the ZQ110. At 22 cavities for 30 ml and 10 cavities for 250 ml, the machine produces volumes that match the output pace of high-speed filling lines, eliminating the bottleneck that smaller IBM machines can create. The 280 mm mould thickness accommodates complex bottle profiles with deep embossing, fluted surfaces, and sculpted shoulders that distinguish luxury packaging from commodity bottles.

Food, Beverage, and Household Chemicals

Sauce, dairy, and beverage producers working with 500 ml to 1000 ml containers can run 6 to 8 cavities per cycle on the ZQ110. For facilities that also run smaller formats, the wide platen accepts quick-swap mould bases that cut changeover time to under 30 minutes. When stretch orientation is required for carbonated or hot-fill applications, pairing the ZQ110 with a one-step injection stretch blow molding machine provides a complementary two-machine production cell that covers both standard and stretch-blown containers.

Why Source Your ISBM Machine from Australia Ever-Power

Australia Ever-Power operates from Condell Park, NSW 2200, maintaining local spare-parts stocks and deploying field engineers throughout Australia, New Zealand, and the Asia-Pacific region. The ZQ110 is backed by comprehensive commissioning, operator certification, and mould-design optimisation services. For operations considering future expansion, the ZQ series shares auxiliary interfaces, making it straightforward to add a ZQ135 alongside an existing ZQ110. Contact the team at [email protected] or visit the contact page for project-specific quotations.

Recommended Product: HGY250-V4: Four-Station One-Step ISBM

HGY250-V4: Four-Station One-Step ISBM

For applications requiring biaxial stretch orientation — carbonated beverages, hot-fill juices, or pressurised containers — the one-step ISBM machine HGY250-V4 delivers injection, conditioning, stretch-blowing, and ejection in a single cycle. The four-station layout eliminates preform reheating, saving both energy and floor space. It pairs naturally with the ZQ110 in facilities that produce standard IBM containers alongside stretch-oriented PET bottle production lines.

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