ZQ60 Injection Blow Molding Machine – Replacement for Jomar IBM65

ZQ60 IBM machine – 600kN clamp, 260–383g shot weight, up to 14 cavities. Functional alternative to Jomar IBM65, SUMA 65iB & Uniloy UIB90. Request a quote.

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Injection Blow Molding Machine

ZQ60 Injection Blow Molding Machine
– High-Capacity IBM Alternative for Jomar IBM65-Class Applications

The ZQ60 is a mid-range one-step injection blow molding (IBM) machine delivering 60-ton clamping force, dual-screw configuration, and a larger platen footprint — making it a well-matched functional alternative for facilities currently operating or evaluating Jomar IBM65, SUMA 65iB, Uniloy UIB 90, or Bloma IBM50 class machinery.

● 60T Clamping Force
● 45/50mm Screw Diameter
● 260–383g Injection Weight
● 600 x 390mm Platen
● Up to 14 Cavities

ZQ60 Injection Blow Molding Machine – 60T IBM alternative for Jomar IBM65 SUMA 65iB Uniloy UIB90 Bloma IBM50

ZQ60 One-Step Injection Blow Molding Machine — Our Production

🏢 Suitable Industries: Pharmaceutical packaging • Cosmetics & personal care • Food & beverage • Health supplements • Lactic acid bacteria drinks • Veterinary medicine • Daily chemical & household packaging

1. Product Overview — What Is the ZQ60 IBM Machine?

The ZQ60 Injection Blow Molding Machine is a mid-capacity one-step IBM machine with a clamping force of 60 metric tons — the same power tier represented by the Jomar IBM65, SUMA 65 iB, Uniloy UIB 90, and Bloma IBM50. Manufactured by our production team, a dedicated IBM machine specialist, the ZQ60 is engineered for high-cavitation, high-output bottle production targeting pharmaceutical, cosmetic, food, and daily chemical packaging sectors.

The ZQ60 steps up significantly from the 40T class by offering a 600 x 390 mm platen — substantially wider than the Jomar IBM65 (432 x 660 mm in the long axis) — and a dual-screw option of 45 mm and 50 mm, delivering injection weights of 260 g and 383 g respectively. This gives the ZQ60 the capacity to run more cavities and larger bottle sizes per cycle compared to the entry-level ZQ40, while maintaining the one-step IBM process advantages of zero flash, uniform wall thickness, and precisely formed neck threads.

The ZQ60 can process a broad range of thermoplastic resins: HDPE, LDPE, PP, PS (including high-transparency PS and lactic acid bacteria grade), ABS, EVA, PCTG, and PLA — supporting bottle production from 1 ml to approximately 2,000 ml, with reference cavitation reaching up to 14 cavities for 10 ml bottles.

The machine has been installed across multiple export markets including Korea, India, Turkey, Russia, South Africa, Brazil, the United States, and Mexico — demonstrating reliable performance across diverse production environments and regulatory frameworks.

2. Technical Specifications — ZQ60 Injection Blow Molding Machine

Parameter Unit ZQ60 Value
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
Injection Clamping Force kN 600
Opening Stroke (Injection) mm 140
Blowing Clamping Force kN 100
Opening Stroke (Blowing) mm 140
Rotary Table Lifting Height mm 70
MOLD PARAMETERS
Max. Platen Size (L x W) mm 600 x 390
Mold Thickness mm 240
Max. Bottle Diameter mm 120
Max. Bottle Height mm 220
Suitable Bottle Volume ml 1 – 2,000
Stripping Stroke mm 230
HYDRAULIC & POWER
Hydraulic Pressure MPa 14
Motor Power kW 18.5 / 22
Total Power kW 37
Dry Cycle Time s 4
Operating Power Rate % 52 – 70
UTILITIES & FOOTPRINT
Compressed Air Pressure MPa 0.7 – 1.2
Compressed Air Capacity m³/min 0.7
Cooling Water Flow m³/h 4
Cooling Water Pressure MPa 0.3 – 0.4
Machine Dimensions (L x W x H) m 3.8 x 1.4 x 1.8
Net Weight Ton 5

Max. Cavitation Reference (ZQ60)

Volume 10 ml 30 ml 60 ml 100 ml 250 ml 500 ml 1000 ml
Max Cavities 14 10 10 8 5 3 2

3. Working Principle — One-Step IBM Process on the ZQ60

Injection blow molding machine working principle – ZQ60 three-station rotary table process injection blow stripping

ZQ60 Three-Station IBM Process: Injection → Blow → Stripping

The ZQ60 operates on the same proven three-station rotary table principle as all IBM machines in this tonnage class — the architecture shared by the Jomar IBM65 and SUMA 65iB. The three stations operate simultaneously in each cycle, ensuring zero idle time between operations:

Injection Station

Molten resin is injected through an optimised hot runner manifold onto core rods, forming parisons with consistent wall thickness and accurate thread geometry. The 160 mm injection stroke and 3+N barrel zone configuration ensure thorough plasticisation and precise metering for each of the ZQ60 cavities.

Blow Station

The rotary table indexes the core rods carrying hot parisons into the blow mold cavity. Compressed air at 0.7–1.2 MPa is injected through the core rod, expanding the parison to its final bottle shape within the cooled blow mold. The 100 kN blow clamping force secures the mold securely throughout expansion.

Stripping Station

Finished bottles are stripped from the core rods at the ejection station. The 230 mm stripping stroke accommodates taller bottle profiles up to 220 mm in height, ensuring clean, distortion-free release. Bottles exit to a conveyor directly, ready for downstream inspection or packaging integration.

The standard high-precision angle divider synchronises mold opening, closing, and rotary table indexing — achieving a dry cycle time of 4 seconds. The pressurised clamping structure uses an isolated booster cylinder that does not participate in the open/close mold action, reducing energy consumption by 20–30% compared to conventional designs at this tonnage level. The dual hydraulic circuit is standard, delivering stable independent pressure to injection and clamping functions throughout continuous multi-shift production.

4. Core Advantages of the ZQ60 IBM Machine

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Higher Clamping Force Than Competing 65T-Class Machines

The ZQ60 delivers 600 kN injection clamping force — exceeding the Jomar IBM65 (460 kN, +30.4%), SUMA 65iB (580 kN, +3.4%), and Bloma IBM50 (500 kN, +20%). Greater clamping force reduces flash risk on high-cavitation tooling and extends mold service life across long production runs.

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Superior Injection Weight Capacity

With dual screw options (45 mm and 50 mm), the ZQ60 delivers shot weights of 260 g and 383 g — significantly exceeding the Jomar IBM65 (205 g) and SUMA 65iB (169–264 g). The larger shot capacity enables higher-cavitation tooling, larger bottle sizes, or heavier-wall packaging on the same machine platform.

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Up to 14 Cavities for Small Bottles

The ZQ60 supports up to 14 cavities for 10 ml bottles and 10 cavities for both 30 ml and 60 ml — providing excellent output rates for high-volume pharmaceutical and nutraceutical production. This cavitation capacity is comparable to or exceeds that achievable on Jomar IBM65 and SUMA 65iB tooling at the same bottle volume.

Energy-Saving Dual Hydraulic Design

Operating power rate is only 52–70% of total installed power, achieved through the pressurised booster clamping structure that isolates clamping force generation from the open/close cycle. At 37 kW total power, the ZQ60 is energy-efficient relative to its output capacity — reducing per-bottle electricity cost versus comparable Western-brand machines in the same class.

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Wider Platen for Flexible Mold Layouts

The 600 x 390 mm platen provides a symmetric, wide mold mounting area — broader in the short axis than the Jomar IBM65 (432 mm) and comparable to SUMA 65iB (620 x 400 mm). This supports symmetric multi-cavity layouts and accommodates a wider range of existing mold footprints when transitioning from other IBM platforms.

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Precision Mold Tooling Included

Injection mold cavities are machined from imported S136 steel or 4Cr13 stainless steel, providing HRC 48–52 hardness and mirror-polishable surface finish suitable for high-clarity PS and PCTG pharmaceutical bottles. Optimised hot runner manifold and mandrel design deliver bottle weight deviation within ±1% across all cavities.

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Compact Low-Profile Footprint

At 3.8 x 1.4 x 1.8 m and 5 tonnes net weight, the ZQ60 has a notably lower height profile than the Jomar IBM65 (2.92 x 1.98 x 3.41 m) — making it particularly suited to factories with ceiling height limitations. The compact footprint also simplifies multi-line installation in constrained production floor layouts.

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Extended Bottle Range: Up to 2,000 ml

The ZQ60 supports bottle volumes from 1 ml to 2,000 ml — a broader range than the ZQ40 (1–1,500 ml). This makes the ZQ60 the preferred choice for production lines requiring flexibility across both small pharmaceutical vials and large consumer packaging up to 2L, without requiring a machine change.

5. Machine Structure & Material Engineering

ZQ60 injection blow molding machine full production line showing auxiliary equipment integration for pharmaceutical and cosmetic bottles

ZQ60 IBM Machine Complete Production Line Integration

Machine frame: The ZQ60 adopts a full European-style rigid welded steel frame with stress-relieved cast iron column supports. The clamping platens are FEA-optimised for parallelism under full 600 kN load, preventing mold deflection during extended high-cavitation production cycles.

Rotary table and indexing: The standard high-precision angle divider achieves synchronous mold open/close and rotary table lifting. Positioning repeatability across all three stations is maintained within tight angular tolerances critical for core rod alignment, particularly important on 8–14 cavity tooling where any misalignment causes cavity-to-cavity weight variation.

Screw and barrel: Both 45 mm and 50 mm screw options use bimetallic wear-resistant alloy construction with 22:1 L/D ratio, providing thorough plasticisation across all processable resins. The 3+N barrel zone configuration allows independent temperature profile optimisation per zone, essential for processing heat-sensitive materials such as PCTG and high-transparency PS.

Hot runner system: The optimised hot runner manifold distributes melt symmetrically to all cavity gate points, maintaining balanced cavity fill and minimising gate vestige. Internal mandrel cooling channels maintain parison temperature uniformity during the index from injection to blow station, ensuring consistent wall distribution in the final bottle.

Mold steel specification: Injection mold cavity inserts are produced from imported S136 die steel (equivalent to AISI 420 mod.) or 4Cr13 stainless steel, heat-treated to HRC 48–52 with mirror-polished finish. Both grades provide corrosion resistance suitable for pharmaceutical and food-contact packaging environments, and long service life under the continuous clamping pressures of multi-cavity IBM tooling.

Hydraulic system: The dual hydraulic circuit operates at 14 MPa system pressure with 18.5 kW or 22 kW motor options. The pressurised booster clamping cylinder generates full clamping force independently of the mold open/close sequence, eliminating energy losses and reducing hydraulic component wear compared to conventional toggle-and-ram designs common in older IBM machinery from Jomar and Bloma platforms.

6. Typical Application Scenarios

IBM mold tooling display for ZQ60 – multi-cavity injection blow molds for pharmaceutical cosmetic and food packaging

Multi-Cavity IBM Mold Tooling Compatible with the ZQ60

💊 Pharmaceutical Packaging

Oral liquid bottles (30–500 ml), tablet containers, syrup bottles, nasal spray and eye dropper bodies. The ZQ60 is a preferred choice for mid-volume pharmaceutical lines requiring 5–10 cavity tooling on 100–250 ml HDPE or PP bottles. The pharma-compatible lubrication layout and zero-flash neck formation meet GMP production requirements.

💐 Cosmetics & Personal Care

Shampoo, body lotion, serum, toner, and foundation bottles (50–500 ml). The ZQ60 processes high-transparency PS and PCTG for crystal-clear cosmetic packaging. Up to 10 cavities on 60 ml bottles enables high daily output for personal care bottle lines serving retail and OEM customers.

🍼 Food & Beverage

Lactic acid bacteria drink bottles (PS), seasoning containers, vinegar and soy sauce bottles, food supplement liquids. The ZQ60 handles food-grade PP and PS across a wide volume range (30 ml to 2,000 ml), accommodating single-serve to family-size container production on one machine.

🥐 Feeding Bottles & Baby Products

PP and PCTG feeding bottle bodies (120–300 ml), wide-mouth jars for baby food purees. The ZQ60 platen (600 x 390 mm) accommodates wider-body mold designs needed for feeding bottle production. PP processing on the ZQ60 meets food-contact and BPA-free regulatory requirements for baby product markets.

💧 Daily Chemical Packaging

Detergent concentrate bottles, fabric softener containers, dishwashing liquid packaging (250 ml to 1L). HDPE and PP processing on the ZQ60 provides chemical resistance for household cleaning product containers. The higher injection weight capacity (up to 383 g) versus the 40T class enables production of heavier-wall containers for chemical packaging lines.

📈 Health Supplements & Nutraceuticals

Vitamin tablet bottles, protein supplement containers, herbal liquid packaging (100–500 ml HDPE/PP). The ZQ60 supports GMP-compatible production layouts for nutraceutical manufacturers in the US, Korea, South Africa, and other markets where FDA or local regulatory compliance for container production is required.

Medical and pharmaceutical bottle samples produced by ZQ60 injection blow molding machine – HDPE PP pharmaceutical packaging

Medical & Pharmaceutical Bottle Samples Produced by Our IBM Machines

7. Machine Selection Guide — Is the ZQ60 Right for Your Line?

The ZQ60 is the optimal choice when your production requirements exceed the 40T class but do not yet demand the 80T capacity of the ZQ80. Confirm the following parameters before specifying the ZQ60:

Selection Criterion What to Confirm ZQ60 Capability
Bottle volume range Min and max ml required 1 – 2,000 ml
Total injection weight per shot Cavities x bottle weight x material density factor 260 g (45 mm) / 383 g (50 mm screw)
Mold platen size Existing mold footprint if porting from Jomar IBM65 or SUMA 65iB Max 600 x 390 mm
Target cavitation Required cavities per cycle Up to 14 cavities (10 ml); 8 cavities (100 ml)
Material type Resin grade, MFI, filler content HDPE, LDPE, PP, PS, ABS, PCTG, EVA, PLA
Compressed air supply Available pressure and volume Requires 0.7–1.2 MPa / 0.7 m³/min
Cooling water supply Chiller or tower capacity 4 m³/h at 0.3–0.4 MPa
Floor space available Installation area with access clearance 3.8 x 1.4 m footprint (+ 1m each side)
Ceiling height Minimum clearance above machine Machine height 1.8 m — low-profile design
Electrical supply Available power capacity Total 37 kW (recommend 63A 3-phase supply)

💡 Air Supply Recommendation: Pharmaceutical and food-grade IBM production requires clean, oil-free blow air. For ZQ60 lines producing pharmaceutical or food-contact bottles, we also supply the CM-B Series Oil-Free Screw Air Compressor — engineered to deliver dry, particle-free compressed air at the 0.7–1.2 MPa range required by the ZQ60 blowing system. Ask us about bundled machine-plus-compressor quotations.

8. ZQ60 vs. Comparable 65T-Class IBM Machines — Objective Comparison

⚠ Important Notice: Brand names Jomar, SUMA, Uniloy, and Bloma and their respective model designations are the intellectual property of their respective manufacturers. Our company does not manufacture, sell, or represent any products from these brands. These references are provided solely to assist procurement professionals in identifying functionally comparable technical specifications. No counterfeit, copy, or unauthorised reproduction of third-party equipment is produced or offered by us.

Parameter ZQ60 (Our Production) Jomar IBM65 SUMA 65iB Uniloy UIB 90 Bloma IBM50
Clamping Force (T) 60T ~46T ~59T ~90T (blow class) ~50T
Injection Clamping Force (kN) 600 kN 460 kN 580 kN 500 kN
Screw Diameter (mm) 45 / 50 45 40 / 50 50
Injection Weight (g) 260 / 383 205 169 / 264 240
Max. Platen Size (mm) 600 x 390 432 x 660 620 x 400 620 x 430
Machine Footprint (m) 3.8 x 1.4 x 1.8 2.92 x 1.98 x 3.41 4 x 1.7 x 2.3 620 x 430 x 2.55
Bottle Volume Range 1–2,000 ml ~1–1,500 ml ~1–2,000 ml ~1–1,500 ml
Origin Our Production (China) USA Germany USA USA
Price Tier ★★ Competitive ★★★★ Premium ★★★★ Premium ★★★★ Premium ★★★★ Premium

✅ ZQ60 Value Proposition Summary

The ZQ60 leads its class in injection clamping force (600 kN) — outperforming Jomar IBM65 by 30.4%, Bloma IBM50 by 20%, and Uniloy UIB90 positioning. The dual injection weight options (260 g / 383 g) exceed both Jomar IBM65 (205 g) and SUMA 65iB maximum (264 g), offering greater flexibility for high-cavitation or large-volume bottle production. At significantly lower acquisition cost than US and European equivalents, factory-direct after-sales support, and English-language technical documentation, the ZQ60 provides a commercially compelling alternative for new production line investment.

Note: The ZQ60 is an independently engineered machine. We make no claim of equivalence beyond functional specification comparison to assist procurement evaluation.

Looking for a different capacity? Browse our complete ZQ series range — from the 40T ZQ40 through to the 135T ZQ135:

View All IBM Machine Models

9. Frequently Asked Questions — ZQ60 IBM Machine

▼ Q1. How does the ZQ60 compare to the Jomar IBM65 in daily output?

Daily output depends on bottle volume, cycle time, and cavitation. The ZQ60 dry cycle time is 4 seconds, comparable to the Jomar IBM65. However, the ZQ60 supports higher injection weights (up to 383 g vs. 205 g for Jomar IBM65), which enables larger per-shot material volumes, supporting higher-cavitation tooling or larger bottles per cycle. For example, on 100 ml bottles, the ZQ60 can run 8 cavities at approximately 4-second cycles, yielding over 700,000 bottles per 24-hour shift.

▼ Q2. Can existing Jomar IBM65 molds be used on the ZQ60?

The Jomar IBM65 platen is 432 x 660 mm (portrait orientation) versus the ZQ60 at 600 x 390 mm (landscape). In many cases, the injection mold cavity block can be adapted to the ZQ60 platen with modified backing plates, though the significantly different aspect ratio may require mold re-engineering. Blow mold dimensions are similarly different. We recommend submitting your existing mold drawings to our engineering team for a compatibility and adaptation feasibility assessment before placing an order.

▼ Q3. What is the difference between the ZQ60 and ZQ60HE models?

The ZQ60 is the standard hydraulic model, while the ZQ60HE is a fully servo-electric variant. The ZQ60HE eliminates all hydraulic oil from machine movements, reduces cycle time by approximately 20% (achieving 2.5s dry cycle), and reduces energy consumption by around 30%. The ZQ60HE is particularly suited to pharmaceutical packaging environments requiring strict contamination control and facilities targeting higher daily output. Contact us to discuss whether the ZQ60 or ZQ60HE is the better fit for your application.

▼ Q4. What materials can the ZQ60 process and are there any limitations?

The ZQ60 processes HDPE, LDPE, PP, PS (including high-transparency PS and lactic acid bacteria PS), ABS, EVA, PCTG, and PLA (corn-based biodegradable). The bimetallic wear-resistant screw handles mineral-filled and glass-reinforced grades. PVC is not recommended for standard IBM tooling due to corrosion and thermal sensitivity; contact us to discuss PVC-specific configurations if needed. Please confirm resin MFI index when enquiring so we can recommend the optimal screw diameter and temperature profile.

▼ Q5. Is the ZQ60 suitable for pharmaceutical GMP production environments?

Yes. The ZQ60 is designed with a bottom-up layout that eliminates all lubrication points above the mold zone — a critical GMP requirement preventing oil contamination of bottle interiors. The one-step IBM process produces bottles with no flash, no bottom pinch-off scar, and 100% sealed neck threads without secondary trimming, meeting the dimensional consistency requirements for pharmaceutical primary packaging. We supply reference documentation for regulatory submissions upon request.

▼ Q6. What after-sales service and spare parts support do you provide?

We provide full after-sales service including on-site installation and commissioning, operator and maintenance training, 24×7 service hotline, preventive maintenance reminders, and maintained spare parts inventory. Spare parts — including screw and barrel sets, hot runner heaters, seals, and hydraulic components — are stocked at our production facility and dispatched internationally by express courier to minimise customer downtime.

▼ Q7. Can you supply a turnkey line including mold, machine, and auxiliary equipment?

Yes. We provide a complete turnkey IBM production line package covering the ZQ60 machine, IBM injection and blow molds (designed and manufactured to your bottle specifications), mold temperature controllers, chillers, screw air compressors, bottle visual inspection systems, side-leak testers, labeling machines, and automatic packaging equipment. Submit your bottle drawings or samples and we will scope the complete project.

▼ Q8. What is the lead time for ZQ60 with new IBM molds?

Standard ZQ60 machine lead time is approximately 30–45 days. New IBM mold fabrication (injection mold, blow mold, and core rods) typically requires an additional 40–60 days depending on cavity count and bottle complexity. A complete turnkey ZQ60 package including machine, mold set, and auxiliary equipment is typically ready to ship within 60–90 days from confirmed order and deposit payment.

▼ Q9. Which countries has the ZQ60 been exported to?

The ZQ60 has been installed across multiple export markets including Russia (350 ml bottles), South Africa (300 ml and 1L containers), and additional markets across Asia, the Americas, and Africa. Our ZQ series machines operate in Korea, India, Turkey, Brazil, the United States, and Mexico among others. We maintain overseas agent networks to provide local after-sales support across these regions.

▼ Q10. Can the ZQ60 be integrated with downstream automation and inspection equipment?

Yes. The ZQ60 output conveyor can be connected to a bottle visual inspection system (checking for foreign particles, insufficient neck material, and uneven bottle bottoms), side-leak testers, labeling machines, and automatic packaging equipment. For pharmaceutical lines requiring fully unattended operation, the servo-electric ZQ60HE variant is recommended as it is designed with automation integration as a core feature. Contact us to discuss the right automation configuration for your production goals.

10. Partner with Us — Your Dedicated IBM Machine Supplier

We are a dedicated specialist in one-step injection blow molding machinery — not a generalist machinery exporter. Our engineering team focuses exclusively on IBM machine design, IBM mold fabrication, and turnkey IBM production line integration. This focus enables us to offer a depth of IBM-specific expertise that generalist suppliers cannot match.

Our ZQ series spans five models from ZQ40 (40T) to ZQ135 (135T), covering the full range of IBM production capacities — from small pharmaceutical vial lines to high-volume cosmetic and daily chemical bottle plants. Whether you are evaluating the ZQ60 as a first IBM machine purchase, a capacity expansion, or a cost-effective alternative to Jomar IBM65, SUMA 65iB, or Uniloy UIB 90 procurement, we welcome the opportunity to provide a detailed technical proposal and quotation.

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Packaging manufacturers

Expanding IBM capacity or replacing aging Jomar, SUMA, or Uniloy lines

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Overseas agents & distributors

Representing our ZQ series with exclusive territory arrangements

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Pharma & FMCG brands

Building in-house packaging capability with turnkey IBM solutions

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Trading companies

Supplying IBM machinery across Asia, Africa, and Latin America

Ready to Evaluate the ZQ60 for Your Production Line?

Send us your bottle drawings, volume requirements, and current machine model. Our engineering team will provide a detailed technical proposal, cavitation analysis, and competitive pricing within 24 hours.

Request a Quote — Contact Us