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ZQ60 Injection Blow Molding Machine

ZQ60 Injection Blow Molding Machine | 600KN clamping, 4s cycle, 1–2000ml PET/PP/HDPE bottles. Flash-free IBM machine. Factory-direct pricing. Get a free quote today.

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ZQ60 Injection Blow Molding Machine — Mid-Large Format IBM Machine for PET, PP & HDPE Containers up to 2,000 ml

The ZQ60 is a heavy-duty, three-station rotary injection blow molding machine (IBM machine) purpose-built for high-volume, precision hollow container production. Delivering a 600 KN injection clamping force, 22:1 screw L/D ratio, and a maximum bottle capacity of 2,000 ml on a compact 3.8 × 1.4 m footprint, the ZQ60 is the factory-direct, cost-competitive answer to Jomar 175D, Nissei ASB-70DPH, Uniloy 350B and other mid-large-format IBM platforms from globally recognised brands.

ZQ60 Injection Blow Molding Machine – full front view of mid-large format IBM machine with rotary table and PLC control panel

💊 Pharmaceutical
💊 Cosmetics & Personal Care
💊 Food & Beverage
💊 Agrochemicals
💊 Household Chemicals
💊 Industrial Fluids

Core Strengths at a Glance: Screw diameter 45/50 mm  |  Injection clamping force 600 KN  |  Max platen 600×390 mm  |  Dry cycle 4 s  |  Volume range 1–2,000 ml  |  Total power 37 KW  |  Net weight 5 T  |  Zero flash · Uniform wall · Precision neck thread

ZQ60 Full Technical Specifications — Parameter Sheet

The table below lists all main technical parameters for the ZQ60 injection blow molding machine. All data is for reference; final specifications are subject to the official order confirmation sheet.

Category Parameter Unit ZQ60
INJECTION SYSTEM
Screw Diameter mm 45 / 50
Screw L/D Ratio % 22 : 1
Injection Weight g 260 / 383
Heating Power KW 14
Number of Barrel Zones 3 + N
Injection Stroke mm 160
CLAMPING SYSTEM
Clamping Force of Injection KN 600
Opening Stroke for Injection mm 140
Clamping Force of Blowing KN 100
Opening Stroke for Blowing mm 140
Lifting Height of Rotary Table mm 70
MOULD
Max. Platen Size (L × W) mm 600 × 390
Mould Thickness mm 240
Max. Diameter of Bottle mm 120
Bottle Height mm 220
Suitable Bottle Volume Range ml 1 – 2,000
Stripping Stroke mm 230
HYDRAULIC SYSTEM
Hydraulic Pressure MPa 14
Motor Power KW 18.5 / 22
Dry Cycle Time s 4
Total Power KW 37
Operating Power % 52 – 70
OTHERS
Min. Air Pressure of Compressed Air MPa 0.7 – 1.2
Compressed Air Capacity M³/min 0.7
Water Flowage M³/h 4
Cooling Water Pressure MPa 0.3 – 0.4
Machine Dimension (L × W × H) M 3.8 × 1.4 × 1.8
Net Weight Ton 5

ⓘ The above parameters are for reference only. Due to continuous improvement of equipment, the company reserves the right to modify specifications without prior notice.

How the ZQ60 IBM Machine Works — Three-Station Injection Blow Molding Process

Injection blow molding machine working principle diagram – three-station rotary table process showing injection, blowing and stripping stations

The ZQ60 operates on the proven three-station rotary injection blow molding (IBM) process — integrating parison injection, container blowing, and part stripping into a single continuous rotary-table cycle. All three operations run in parallel, which is the fundamental reason the ZQ60 achieves a 4-second dry cycle despite its larger 600 KN clamping tonnage.

Station 1 — Precision Injection

Molten thermoplastic resin is injected at high pressure (system pressure: 14 MPa) around precision-ground hardened steel core pins, forming a dimensionally exact, fully-threaded parison. The 600 KN injection clamping force — 50% higher than the ZQ40 — ensures zero flash on larger, heavier parisons required for 500 ml to 2,000 ml container formats.

Station 2 — High-Pressure Blowing

The still-hot parison rotates 120° on the servo-indexed table to the blow station, where 100 KN blow clamping force and compressed air at 0.7–1.2 MPa inflate it to the exact final bottle geometry. Using retained parison heat eliminates a separate reheating stage, delivering significant energy savings over two-stage ISBM processes for thick-wall and non-PET materials.

Station 3 — Automatic Stripping

The finished container is mechanically stripped from the core pins via a 230 mm stripping stroke while Stations 1 and 2 are simultaneously producing the next cycle. This true three-way parallel operation is what drives the ZQ60’s high output efficiency for mid-to-large container sizes without sacrificing dimensional accuracy.

ZQ60 Production Line Integration

Injection blow molding machine production line layout – ZQ60 IBM machine integrated with conveyor, leak tester and labelling system

The ZQ60 is engineered for seamless integration into automated bottle production lines. Downstream equipment commonly paired with the ZQ60 includes: conveyor belt take-off systems, online leak testers, bottle orientation and labelling machines, vision inspection systems, and automatic palletisers. The machine’s PLC interface supports digital I/O communication with upstream resin drying systems and downstream filling lines for full Industry 4.0-ready production environments.

Structural Composition

The ZQ60 comprises six core sub-assemblies: (1) Injection plasticising unit — reciprocating screw with 45/50 mm dual diameter option, 22:1 L/D, 3+N zone barrel; (2) Hydraulic clamping unit — 600 KN injection / 100 KN blowing dual-circuit; (3) Precision rotary table — servo-indexed, 70 mm hydraulic lift, hardened guide columns; (4) Blow assembly — independent air circuit with pressure regulation; (5) Servo-pump hydraulic power unit — 18.5/22 KW dual motor options at 14 MPa; (6) Siemens/Mitsubishi PLC control cabinet — full-colour HMI touchscreen with recipe management and real-time parameter monitoring.

7 Core Advantages of the ZQ60 Injection Blow Molding Machine

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600 KN Injection Clamping — Zero Flash on Heavy Parisons

The ZQ60 delivers 50% more injection clamping force than the ZQ40 (600 KN vs. 400 KN), making it specifically suited to larger, thicker-wall parisons for containers from 500 ml to 2,000 ml. Zero flash production is maintained even with high injection pressures and multi-cavity molds for large-format PP or HDPE bottles.

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2,000 ml Maximum Bottle Capacity

The ZQ60 extends the IBM format to 2,000 ml — a capacity that opens agrochemical, household cleaning, industrial fluid, and large-format food packaging markets that the smaller ZQ40 (1,500 ml) cannot address. The enlarged 600×390 mm platen and 240 mm mould thickness accommodate correspondingly larger cavity tooling.

4-Second Dry Cycle with Dual Motor Options

Despite its larger clamping tonnage and platen size, the ZQ60 maintains a competitive 4-second dry cycle through parallel three-station operation. The dual motor option (18.5 KW / 22 KW) allows customers to select power optimised for either energy-saving priority or maximum throughput priority, with operating power consumption at 52–70% of installed capacity.

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Precision Neck Thread — No Post-Trimming

The IBM injection process moulds the bottle neck in the injection cavity, delivering a dimensionally exact, flash-free thread finish that is impossible with extrusion blow molding. This is critical for agrochemical and pharmaceutical containers that require certified tamper-evident, child-resistant, or ROPP closure compatibility with tight thread tolerances of ±0.1 mm.

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Broad Resin Compatibility — PET, PP, HDPE, LDPE, PETG, PVC

The 45/50 mm dual-screw option with 22:1 L/D ratio, combined with 3+N zone temperature control and 260/383 g injection weight range, enables the ZQ60 to process virtually all common container-grade thermoplastics. The extended injection stroke (160 mm) further enhances shot-size flexibility for variable-volume container changeovers.

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Compact for Its Class — 3.8 × 1.4 × 1.8 m

At 3.8 × 1.4 × 1.8 m and 5 T, the ZQ60 is exceptionally space-efficient for a 600 KN clamping-force IBM machine. Comparable imported machines often require 30–50% more floor area. This compact envelope makes the ZQ60 suitable for medium-scale factories upgrading from smaller IBM machines without major civil works or floor loading upgrades.

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High Cooling Water Flow — Faster Cycle, Better Quality

The ZQ60 increases cooling water flowage to 4 M³/h (vs. 3.5 M³/h on the ZQ40), providing more robust mould temperature control for larger-format containers with greater wall mass. Combined with 0.3–0.4 MPa supply pressure, this delivers consistent bottle shrinkage, improved dimensional stability, and shorter effective cooling time within each production cycle.

Structure Design & Material Engineering of the ZQ60

ZQ60 injection blow molding mold set – core pin array, injection cavity block and blow cavity assembly for mid-large IBM machine

🔧 Heavy-Duty Injection Screw & Barrel

The 45/50 mm screw is manufactured from nitrogen-hardened tool steel with a bi-metallic barrel liner for abrasion and corrosion resistance. The 22:1 L/D ratio ensures complete melt homogeneity and effective degassing, critical for producing optically clear PET containers free from bubbles, gels, or unplasticised particles at the higher shot weights (260–383 g) required by large-format bottles.

🔧 Enlarged Precision Rotary Table

The ZQ60 rotary table is scaled up to accommodate the larger 600×390 mm platen while retaining the same 70 mm hydraulic lift stroke for smooth, jerk-free mould open/close motion. The table is machined from stress-relieved ductile cast iron with hardened guide pillars ground to H6/g5 tolerance to ensure repeatable core pin alignment over millions of cycles.

🔧 IBM Mould Tooling — Enlarged Format

With a maximum platen of 600×390 mm and 240 mm mould thickness (vs. 480×340/180 mm on ZQ40), the ZQ60 mould envelope supports more cavities per set or larger individual cavities. Core pins are H13 hot-work tool steel with hard-chrome or DLC coating; injection and blow cavities are 5-axis CNC machined to ±0.01 mm tolerance. We offer matched mould + machine packages with full design support.

🔧 Dual-Motor Hydraulic Power Unit

The ZQ60 offers an 18.5 KW or 22 KW servo-pump motor selection, allowing buyers to optimise for their specific energy tariff and production speed requirements. The closed-loop proportional hydraulic circuit maintains 14 MPa system pressure with ±0.5% repeatability for consistent shot-weight and clamping force across extended production runs.

🔧 Advanced PLC & HMI System

Siemens or Mitsubishi PLC with a 10-inch colour industrial touchscreen provides intuitive recipe management, real-time parameter trend display, production counter, fault history log, and USB data export. Multi-language interface (English, Chinese, and additional languages on request) reduces operator training time and supports multinational production facilities.

🔧 Welded Steel Frame — Stress-Relieved

The ZQ60 machine base is fabricated from thick-section structural steel plate, fully stress-relief annealed after welding, and precision surface-ground to ensure long-term rigidity under repeated 600 KN clamping loads. CE-compliant safety systems include full guarding interlocks, emergency-stop circuits, and pressure-relief valve protection for the hydraulic system.

Typical Application Scenarios — Where the ZQ60 IBM Machine Excels

Various bottles produced by injection blow molding machine – HDPE agrochemical bottles, PP cosmetic containers, PET food jars in multiple sizes

Industry Typical Products Key IBM Advantage for This Market
💊 Pharmaceutical & Medical Syrup bottles, IV solution containers, oral liquid bottles, large reagent jars (100–1,000 ml) Hygienic flash-free production; precise neck thread for childproof caps; compatible with FDA-grade PET and PP resins
💊 Cosmetics & Personal Care Shampoo, conditioner, lotion, body wash, pump dispensers (200–1,000 ml) High-gloss surface finish; uniform wall for premium shelf appearance; no pinch-off weld line on bottle bottom
💊 Agrochemicals Pesticide, herbicide, fungicide containers (500–2,000 ml) HDPE chemical-resistance processing; accurate tamper-evident neck; 2,000 ml capacity covers standard agrochem field formats
💊 Food & Beverage Cooking oil, honey, sauce, condiment, beverage bottles (200–2,000 ml) Food-safe PP/PET material processing; no flash contamination risk; high wall uniformity for accurate fill-line marking
💊 Household & Industrial Chemicals Cleaning fluids, disinfectants, automotive fluids, lubricant bottles (500–2,000 ml) Large 2,000 ml HDPE/PP container capability; chemical-resistant resin compatibility; multi-cavity tooling for volume production
💊 Veterinary & Animal Health Veterinary drug bottles, oral solution containers, drenching bottles (100–500 ml) Precise thread for dosing caps; clean bottle interior without flash debris; compatible with UV-barrier and coloured PP resins

ZQ40 vs. ZQ60 — Which IBM Machine Is Right for You?

If you are choosing between our ZQ40 and ZQ60 models, the following comparison covers the key differentiating parameters to guide your selection:

Parameter ZQ40 ZQ60 (This Model)
Injection Clamping Force 400 KN 600 KN
Max Bottle Volume 1,500 ml 2,000 ml
Screw Diameter 40 / 45 mm 45 / 50 mm
Max Injection Weight 190 / 260 g 260 / 383 g
Max Platen Size 480 × 340 mm 600 × 390 mm
Mould Thickness 180 mm 240 mm
Dry Cycle Time 3.5 s 4 s
Total Power 20 KW 37 KW
Cooling Water Flow 3.5 M³/h 4 M³/h
Net Weight 3.8 T 5 T
Machine Footprint 3.5 × 1.3 × 1.7 m 3.8 × 1.4 × 1.8 m
Best For Pharma vials, cosmetic bottles, small-to-mid food containers (1–1,500 ml) Agrochemicals, large food jars, household chemicals, mid-large pharma (1–2,000 ml)

💡 Not sure which model fits your product range? Share your bottle drawing and annual volume target with our engineers — we will recommend the optimal machine-cavity combination and provide a detailed cost-per-bottle analysis free of charge.

ZQ60 vs. Jomar / Nissei ASB / Uniloy — Objective Performance Comparison

⚠️ Important Disclaimer: Brand names including Jomar, Nissei ASB, and Uniloy are registered trademarks of their respective owners. This comparison is provided solely for technical selection reference, based on publicly available published specifications. We do not manufacture, sell, or represent any products bearing these trademarks. This content does not constitute any form of counterfeit goods representation or IP infringement. The ZQ60 is an independently designed and manufactured machine serving overlapping market applications.

Parameter Our ZQ60 Jomar 175D (ref.) Nissei ASB-70DPH (ref.) Uniloy 350B (ref.)
Process Type IBM 3-station rotary IBM ISBM (stretch blow) IBM
Injection Clamping Force 600 KN ~780 KN Stretch-focus ~600 KN
Max Bottle Volume 2,000 ml ~2,000 ml ~2,000 ml ~2,500 ml
Dry Cycle Time 4 s ~5–6 s ~7–9 s ~5–6 s
Total Power 37 KW ~55–65 KW ~45–55 KW ~55–70 KW
Machine Footprint 3.8×1.4×1.8 m ~5.0×1.8×2.2 m ~4.5×1.7×2.0 m ~5.2×1.9×2.3 m
Machine Weight 5 T ~8–10 T ~7–9 T ~9–12 T
Price Range (est.) Contact for Quote $$$$ (Premium) $$$$ (Premium) $$$$ (Premium)
Spare Parts Lead Time Fast — factory direct 4–14 weeks import 4–14 weeks import 6–16 weeks import
After-Sales Support On-site / Remote / Video Regional agent Regional agent Regional agent

Referenced competitor specifications are approximate figures sourced from publicly available product literature and buyer reports. Actual figures vary by configuration. ZQ60 specifications are factory-verified.

ZQ60 Selection Guide — Key Parameters to Confirm Before Ordering

The ZQ60 is the recommended choice when your application involves containers larger than 500 ml, higher clamping force requirements, or multi-cavity mid-format tooling. Confirm the following six parameters with our team before placing an order:

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1. Bottle Dimensions & Volume

Confirm volume (up to 2,000 ml), body diameter (max 120 mm), bottle height (max 220 mm), and neck finish dimensions. For neck diameters above 48 mm or heights above 220 mm, contact us for a ZQ80/ZQ100 assessment.

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2. Resin Type & Grade

Specify resin (PET, PP, HDPE, LDPE, PETG, PVC), MFI grade, and any additives (colour, UV, antistatic). PET requires a crystallising desiccant dryer. HDPE and PP do not require pre-drying but need separate zone temperature profiles — all are pre-configured in the ZQ60 HMI recipe library.

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3. Required Cavities & Output Rate

Target output (bottles/hour) drives cavity count selection. The ZQ60’s enlarged 600×390 mm platen allows higher cavity counts per tool vs. the ZQ40, improving per-unit economics for high-volume agrochemical and food packaging lines. Our team provides full cavity layout and cycle-time analysis.

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4. Utility Supply

Verify 3-phase electrical supply compatible with 37 KW total connected load; compressed air at 0.7–1.2 MPa / 0.7 M³/min; cooling water at 0.3–0.4 MPa / 4 M³/h (a water chiller at 10–15°C is strongly recommended for the ZQ60). Floor loading must support 5 T point load.

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5. Motor Selection — 18.5 KW or 22 KW

The 18.5 KW servo-pump motor is optimised for energy-saving operation on standard cavity counts and container sizes up to approx. 1,000 ml. The 22 KW option is recommended for maximum-cavity-count tooling or where frequent colour/material changeovers require faster plasticising recovery speed.

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6. Mould Supply & Integration

Advise whether you need a complete machine + mould package, or machine only (with existing compatible tooling). The ZQ60 accepts molds up to 600×390 mm platen / 240 mm thickness. We can evaluate compatibility of existing IBM molds and supply new matched tooling designed for the ZQ60 envelope.

⚠️ Upgrading from ZQ40 to ZQ60? If your current production requires containers above 1,500 ml, or if you need higher cavity counts on larger platens, the ZQ60 is the natural next step. Our engineers can assess your existing tooling for ZQ60 compatibility and provide a full upgrade-cost analysis. Contact us today for a confidential assessment.

Frequently Asked Questions — ZQ60 Injection Blow Molding Machine

❓ Q1. What is the key difference between the ZQ60 and ZQ40?

The ZQ60 delivers 50% higher injection clamping force (600 KN vs. 400 KN), a 33% larger maximum bottle volume (2,000 ml vs. 1,500 ml), a significantly larger mould platen (600×390 mm vs. 480×340 mm), and a greater maximum injection weight (260/383 g vs. 190/260 g). It is designed for mid-to-large format containers and higher-cavity production runs where the ZQ40 reaches its tooling or capacity limits.

❓ Q2. Can the ZQ60 produce agrochemical bottles in HDPE?

Yes. HDPE is one of the most commonly processed resins on the ZQ60 for agrochemical applications. HDPE’s excellent chemical resistance, stress-crack resistance, and compliance with global agrochemical packaging regulations (such as UN certification for dangerous goods) make it the preferred choice for 500–2,000 ml pesticide, herbicide, and fertiliser containers. The ZQ60’s 22:1 screw L/D and multi-zone barrel deliver consistent HDPE melt quality across extended production runs.

❓ Q3. How does injection blow molding compare to injection stretch blow molding for large bottles?

For containers requiring high clarity, very thin walls, and superior barrier properties in PET — such as 2,000 ml PET water or juice bottles — injection stretch blow molding (ISBM) machines are generally preferred due to bi-axial orientation strengthening. However, for thick-wall containers, PP/HDPE materials, multi-layer bottles, and applications requiring precise neck finish without stretch thinning (e.g., agrochemicals, oral pharmaceuticals, household chemicals), IBM on the ZQ60 is the more appropriate and cost-effective choice.

❓ Q4. What cooling water specification is required for the ZQ60?

The ZQ60 requires cooling water at 0.3–0.4 MPa with a minimum flow rate of 4 M³/h. We strongly recommend supplying chilled water at 10–15°C from a dedicated industrial water chiller rather than tap water. Chilled water provides consistent mould temperature control, shorter cooling times, and more stable bottle dimensional quality — particularly important when running large-format containers with greater wall mass that require controlled, uniform cooling to prevent warpage.

❓ Q5. What is the expected output rate for the ZQ60 on a standard 4-cavity mould?

With a 4-second dry cycle and typical total cycle times of 8–14 seconds (depending on resin, container volume, and wall thickness), a 4-cavity mould on the ZQ60 produces approximately 1,000–1,800 bottles/hour for containers in the 500–1,000 ml range. For smaller containers (under 200 ml) with faster cooling, cycle times shorten and output increases proportionally. Our applications team calculates specific output projections based on your product and mould specification.

❓ Q6. Which motor option should I choose — 18.5 KW or 22 KW?

Choose the 18.5 KW option if your primary goal is energy efficiency, your product range concentrates on containers up to approximately 1,000 ml, and your mould cavity count is moderate (2–4 cavities). Choose the 22 KW option if you are running maximum cavity counts on large platens, processing high-viscosity HDPE or PP resins at high throughput, or require faster barrel recovery time during frequent colour/material changeovers.

❓ Q7. Do you provide mould design and manufacturing for the ZQ60?

Yes. Our in-house mould design team works from your bottle 3D files, 2D drawings, or physical samples to design matched IBM mould sets (injection cavity + core pins + blow cavity + stripper) optimised for the ZQ60 platen. All moulds are manufactured on 5-axis CNC machining centres from H13 hot-work tool steel with hard-chrome or DLC-coated core pins. Typical mould lead time is 40–60 days depending on cavity count and complexity.

❓ Q8. What certifications does the ZQ60 carry?

The ZQ60 is manufactured at an ISO 9001:2015, ISO 14001, and ISO 45001 certified facility. CE marking is available for European market export compliance. All machines pass a full Factory Acceptance Test (FAT) including production trial runs, parameter verification, and safety system checks before shipment. Test reports and compliance documentation are provided with each machine.

❓ Q9. Can I integrate the ZQ60 into an existing automated production line?

Yes. The ZQ60 PLC system provides digital I/O communication interfaces compatible with most industrial automation standards. It can be integrated with upstream resin drying and conveying systems, downstream conveyor take-off belts, online leak testers, orientation systems, labelling machines, and vision inspection equipment. Our engineering team can advise on interface requirements and communication protocols during the project planning stage.

❓ Q10. What is the lead time and how is the ZQ60 shipped?

Standard ZQ60 machine lead time (without mould) is approximately 30–45 working days from confirmed deposit and approved technical specifications. With matched mould tooling, allow 60–75 working days. The ZQ60 (5 T, 3.8×1.4×1.8 m) ships in a standard 20 ft container (FCL) to most global ports. Export customs documentation, phytosanitary certificates, and packing list preparation are included. Please contact our export sales team for a destination-specific freight and lead-time quotation.

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Ready to Scale Your Bottle Production? Partner With Us on the ZQ60

As a direct-factory IBM machine manufacturer with 3,000+ machine installations worldwide, we deliver the ZQ60 with full engineering support — from bottle concept and mould design through commissioning, operator training, and long-term spare parts supply. Pharmaceutical packaging lines, agrochemical container producers, and cosmetics manufacturers across six continents trust our IBM platform for critical container production.

✅ Factory-direct — no distributor markup
✅ Machine + mould complete package available
✅ ISO 9001 / 14001 / 45001 certified
✅ CE marking available
✅ Quote within 24 hours
✅ Global shipping support


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