ZQ80 IBM Machine | 800 kN, European Structure

Clamping Force

800 kN — Highest in This Comparison Class

The ZQ80 delivers 800 kN at the injection station, ahead of all three published reference models: Jomar IBM85S at 680 kN (+18%), BLOMA IBM85 at 700 kN (+14%), and SUMA 85iB at 720 kN (+11%). Higher clamping force maintains platen parallelism under injection pressure, keeps flash generation consistent, and extends mould service intervals without mid-run pressure adjustments.

Frame Construction

Full European-Style Frame — Not Selectively Adopted

The clamping system, tie-bar geometry, and platen assembly all conform to European structural standards throughout. Machines running 24-hour pharmaceutical cycles accumulate hundreds of millions of clamping events annually — frame rigidity under thermal cycling determines whether part tolerances hold across shifts, not just at startup.

Indexing System

High-Precision Angle Divider — Synchronised Open, Close, and Turret Lift

The ZQ80 uses a high-precision angle divider that mechanically synchronises mould opening, closing, and turret lifting in one coordinated movement — reducing independent actuations per cycle, lowering cumulative positioning error, and eliminating the periodic recalibration that servo encoder systems require. For pharmaceutical operations where indexed position accuracy directly affects neck flash and thread concentricity, this is a maintainability advantage.

Energy System

Hydraulic Dual-System — Booster Decoupled, 20%–30% Lower Energy Draw

The booster cylinder activates only at the clamping phase — the mould open/close stroke runs on the main cylinder alone. A hydraulic dual-system is standard, managing injection and blow stations on independent circuits. Operating power runs at 52%–70% of the 55 kW installed total, a 20%–30% reduction versus conventional full-stroke booster designs. At Ontario industrial electricity rates, this is a calculable per-shift saving.

Shot Capacity

466 g Shot Weight — 55% Above the Jomar IBM85S

A single 55 mm screw with 22:1 L/D and 180 mm stroke delivers 466 g per shot. Against the Jomar IBM85S (300 g), that is 55% higher shot capacity on the same screw diameter. Against the BLOMA IBM85 (310 g), the ZQ80 delivers 50%+ more. This expands the range of container sizes and resins the machine covers without a screw change — including 500 ml to 1,000 ml formats in a single cycle.

Platen & Cavity

800 × 400 mm Platen — Up to 20 Cavities at 10 ml

The 800 × 400 mm platen supports 20 cavities at 10 ml, 18 at 30 ml, 14 at 60 ml, and 12 at 100 ml. At 4 seconds dry cycle, a 12-cavity 100 ml configuration yields a theoretical 10,800 bottles/hour under continuous production — throughput rates relevant to high-volume pharmaceutical vial and cosmetic sample-bottle lines served by IBM machines in Canada.

Installation Footprint

2.0 m Machine Height — Lowest in This Comparison Class

The ZQ80 stands 2.0 m tall — versus 3.41 m for the Jomar IBM85S, 2.6 m for the SUMA 85iB, and ~2.55 m for the BLOMA IBM85. A 2.0 m machine installs under a standard 2.4 m suspended industrial ceiling with no structural modification — a hard constraint in many Canadian pharmaceutical cleanrooms and food-grade packaging facilities in Ontario and Quebec.

Process Efficiency

Zero-Scrap Neck Formation on Every Cycle

The IBM process forms the full neck geometry — threads, plug-seal lands, tamper bands — in the injection station. No flash trimming, no regrind stream. For Canadian food-grade and pharmaceutical lines where GMP compliance requires material traceability documentation, zero scrap also simplifies batch record management across high-cavity, multi-shift runs.

Q1 — How does the ZQ80 compare to the Jomar IBM85S on clamping force and shot weight?

The ZQ80 delivers 800 kN vs the Jomar IBM85S‘s 680 kN (+18%). On shot weight: 466 g vs 300 g (+55%) using the same 55 mm screw diameter. The ZQ80 covers 500 ml–1,000 ml containers in a single shot that the IBM85S cannot reach at standard configuration — without a screw change.

Q2 — Can the ZQ80 replace a Jomar IBM85S or SUMA 85iB currently in production?

In most cases yes, subject to mould fitment review. The ZQ80’s 800 × 400 mm platen is comparable in area to the SUMA 85iB‘s 700 × 400 mm. Moulds for those platforms may need minor dimensional adaptation. Share your current mould drawings at enquiry stage and we confirm fitment before order placement — standard practice for all IBM machine Canada replacement projects.

Q3 — What does the angle divider do differently from a servo rotation system?

A servo system uses an independent motor and encoder to index the turret. The ZQ80’s angle divider mechanically links turret lifting to the mould open/close movement in one coordinated actuation — removing one independent actuator, reducing cumulative positioning error, and eliminating the periodic encoder recalibration servo systems require. For pharmaceutical operations where indexed position accuracy affects neck flash and thread concentricity, this is a maintainability and consistency advantage.

Q4 — What is the actual energy draw in production?

The decoupled booster and hydraulic dual-circuit design means the ZQ80 runs at 52%–70% of its 55 kW installed capacity — effectively 28–38 kW during production. At Ontario’s industrial electricity rate of approximately CAD 0.09–0.12/kWh (2025 ICI tariff), this is a calculable per-shift saving versus a conventional full-load 55 kW design. The dual 18.5 kW motors also allow one circuit to continue running during minor maintenance on the other, reducing unplanned downtime.

Q5 — What hourly output on a 100 ml pharmaceutical bottle line?

12 cavities × 4-second dry cycle = theoretical 10,800 bottles/hour. Actual total cycle for 100 ml PP pharmaceutical formats typically runs 5–8 seconds including cooling, yielding 5,400–8,640 bottles/hour at 12 cavities. Contact us with your bottle drawing and resin spec for a validated cycle time estimate.

Q6 — Does the ZQ80 meet Canadian cleanroom installation requirements?

At 2.0 m tall, the ZQ80 fits within standard ISO Class 7/8 cleanroom bay heights (typically 2.4 m suspended ceiling) without structural modification — unlike the Jomar IBM85S at 3.41 m. Zero neck scrap eliminates trimming-related particulate risk. English documentation, CE-compatible electrical spec, and FAT reports are available on request for Health Canada GMP validation submissions.

Q7 — Do you ship to buyers in Ontario, Quebec, and British Columbia?

Yes. We export the ZQ80 directly to Canadian buyers across Ontario, Quebec, BC, and Alberta. As an established injection blow molding machine manufacturer with direct export history to North America and Europe, we provide export documentation, commercial invoice, packing list, and Bill of Lading for CIF or FOB shipment to Canadian ports. Lead time and Incoterms confirmed at order stage.