Replacement for Jomar IBM135 | ZQ110 Injection Blow Molding Machine

Ever-power ZQ110 injection blow molding machine: 110T European-style IBM system replacing Jomar IBM135. 540g injection capacity, 24-cavity 10ml capability, 1100kN clamping force. CE certified for pharmaceutical & cosmetic packaging. Get quote now.

Category:

Description

ZQ110 Injection Blow Molding Machine

110-Ton European-Style IBM System for High-Volume Pharmaceutical, Cosmetic & Industrial Packaging — 540g Injection Capacity, 30-Cavity Small-Bottle Capability

ZQ110 injection blow molding machine European style 110 ton

Product Overview

The ZQ110 Injection Blow Molding Machine represents the mid-to-heavy-duty tier of Ever-power Machinery’s European-style IBM lineup. Engineered as a direct replacement for the Jomar IBM135, this machine delivers 110 tons of injection clamping force with a substantial 540g injection capacity, positioning it as the ideal solution for manufacturers scaling from mid-volume to high-volume production of precision hollow plastic containers.

With a generous 1100×460mm platen footprint and the ability to run up to 30 cavities for 10ml bottles, the ZQ110 bridges the gap between compact laboratory-scale machines and massive industrial systems. The full European-style structural architecture provides 20%–30% higher clamping rigidity than industry-standard designs, while the standard high-precision angle divider ensures flawless synchronization between mold opening, turret lifting, and rotary table positioning.

The unique pressurized clamping structure—where the booster cylinder does not participate in the opening and closing mode action—delivers a dual hydraulic system as standard equipment. This patented approach reduces energy consumption by 20%–30% compared to conventional IBM machines of equivalent tonnage, translating to measurable operational cost savings over the machine’s 15+ year service life.

Please note: Jomar is a registered trademark of Jomar Corporation. The ZQ110 is an independent replacement product manufactured by Ever-power Machinery. We reference Jomar IBM135 solely to assist customers in selecting compatible equipment based on clamping force and production specifications. Ever-power does not sell original Jomar products, and this reference does not constitute trademark infringement.

ZQ110 injection blow molding machine pharmaceutical bottle application

Technical Specifications

Item Unit ZQ110
Injection System
Screw Diameter mm 65
Screw L/D 22:1
Injection Weight g 540
Heating Power kW 20
Number of Barrel Zones 5+N
Injection Stroke mm 200
Clamping System
Clamping Force of Injection kN 1100
Opening Stroke for Injection mm 140
Clamping Force of Blowing kN 150
Opening Stroke for Blowing mm 140
Lifting Height of Rotary Table mm 70
Mold Specifications
Max. Platen Size (L×W) mm 1100×460
Mold Thickness mm 280
Dia. of Bottle mm 120
Bottle Height mm 220
Suitable Bottle Height mm 1–2000
Stripping Stroke mm 260
Hydraulic System
Hydraulic Pressure MPa 14
Motor Power kW 22+22
Dry Cycle s 4
Total Power kW 80
Operating Power % 52–70
General Specifications
Min. Air Pressure (Compressed) 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
Dimension (L×W×H) m 5×1.8×2.2
Net Weight Ton 15

Mold Cavitation Reference

The ZQ110’s expanded platen and 1100kN injection clamping force enable significantly higher cavitation counts than smaller models, maximizing throughput for high-demand product lines:

Approx. Volume 10ml 30ml 60ml 100ml 250ml 500ml 1000ml
Max. Cavitation 24 22 18 14 10 8 6

With 24-cavity capability for 10ml bottles, the ZQ110 achieves production rates exceeding 200,000 units per day under optimized cycle conditions. This makes it the preferred choice for high-volume pharmaceutical eyedropper, cosmetic sample vial, and food flavoring container manufacturing.

Compatibility & Interchangeability

The ZQ110 is dimensioned and performance-matched as a replacement for the Jomar IBM135, offering comparable or superior specifications across all critical parameters. The following cross-reference enables buyers to evaluate equivalent 110-ton-class IBM systems from major global manufacturers:

Specification Ever-power ZQ110 Jomar IBM135 SUMA 135iB Uniloy UIB150 Bloma IBM135
Clamping Force 1100 kN 1210 kN 1200 kN 1250 kN
Screw Diameter 65 mm 65 mm 65/76 mm 70 mm
Injection Weight 540 g 450/550 g 580/770 g 560 g
Mold Size (L×W) 1100×460 mm 559×1118 mm 1000×500 mm 900×480 mm
Machine Dimension 5×1.8×2.2 m 3.79×2.4×3.41 m 5×2.4×2.7 m 900×480×2.55 m
Net Weight 15 Ton

Note: Jomar, SUMA, Uniloy, and Bloma are trademarks of their respective owners. Ever-power manufactures independent replacement equipment. Specifications are provided for cross-reference purposes only to assist customer selection. Dimensional differences in platen size may require adapter plates for direct mold interchange.

ZQ110 injection blow molding machine mold detail closeup

Application Scenarios

High-Volume Pharmaceutical Packaging

The ZQ110’s 24-cavity capability for 10ml bottles makes it the production backbone for pharmaceutical manufacturers supplying oral liquid doses, vaccine vials, and ophthalmic solutions. The injection blow molding process delivers USP Class VI-compliant containers with no flash, no contamination risk, and 100% seal integrity for sterile filling operations.

Premium Cosmetic & Skincare Lines

For luxury cosmetic brands requiring thick-walled jars, double-wall bottles, and complex shoulder geometries, the ZQ110’s 1100kN clamping force ensures precise mold closure under high injection pressures. The 2000mm maximum bottle height accommodates full-size shampoo, conditioner, and body wash containers with integrated pump-socket features.

Food-Grade Condiment & Sauce Bottles

The 540g shot capacity supports multi-cavity production of 250ml–500ml food containers in HDPE and PP materials. The zero-waste process eliminates scrap contamination concerns critical for food-contact applications, while the 5+N barrel zone configuration enables precise temperature profiling for heat-sensitive materials like clarified PP.

Industrial Chemical & Lubricant Packaging

Heavy-wall HDPE containers for automotive fluids, agricultural chemicals, and cleaning agents benefit from the ZQ110’s robust clamping system. The 260mm stripping stroke accommodates deep-draw containers with integrated handles or complex base geometries, while the 14 MPa hydraulic system ensures reliable ejection of thick-walled parts.

ZQ110 injection blow molding machine cosmetic bottle samples

Material & Construction

The ZQ110 incorporates heavy-duty construction upgrades proportioned to its 110-ton capacity and high-cavity production demands:

  • Injection Mold: Imported S136 steel alloy or 4Cr13 stainless steel, vacuum heat-treated to HRC 48–52 for extended wear resistance under high-cavity clamping loads. Optional PVD coating available for abrasive-filled materials.
  • Blow Mold: High-strength 7075 aluminum alloy or beryllium-copper inserts for rapid thermal cycling. Multi-zone cooling circuits maintain ±1°C temperature uniformity across 24-cavity configurations.
  • Hot Runner System: Proprietary manifold design with individual tip temperature control per cavity. Balanced flow geometry ensures <2% gram weight deviation across all 24 cavities, eliminating downstream filling-line adjustments.
  • Core Rods: Hardened tool steel with spiral cooling channels and diamond-turned surface finish. Special venting geometry prevents vacuum-lock during stripping of deep-draw bottles.
  • Machine Frame: Full European-style welded steel construction with rib-reinforced platen castings. Stress-relief annealing and precision machining ensure platen parallelism within 0.02mm/m under 1100kN load.
  • Rotary Table: High-precision cam-driven indexing mechanism with 0.05° repeat accuracy. Hardened steel raceways and sealed lubrication system minimize maintenance intervals in continuous-duty environments.

ZQ110 injection blow molding machine precision mold components

Compliance & Safety

Ever-power Machinery maintains comprehensive certification and quality infrastructure to support global pharmaceutical and food-contact manufacturing requirements:

  • CE Certification (ECM): Full compliance with EU Machinery Directive 2006/42/EC, EMC Directive 2014/30/EU, and Low Voltage Directive 2014/35/EU. Certificate No. 0P200320.0532ZJ valid through 2025.
  • ISO 9001:2015 Quality Management: Certified production with full material traceability, incoming inspection protocols, and statistical process control (SPC) on critical dimensions.
  • Multiple Chinese Utility Patents: Proprietary innovations covering pressurized clamping structures, rotary table synchronization mechanisms, and energy recovery systems. Patent portfolio spans injection blow molding machine design, mold cooling optimization, and automated stripping mechanisms.
  • National High-Tech Enterprise Certification: Recognized by Jiangsu Provincial authorities for sustained R&D investment exceeding 6% of annual revenue and active technology commercialization.

Safety Systems: Dual-channel safety PLC with Category 3 architecture per EN ISO 13849-1. Redundant emergency stop circuits on all operator access doors. Hydraulic pressure relief valves calibrated and sealed at factory. Mold safety locks prevent closure with foreign objects. Automatic fault diagnosis with 7-inch touchscreen displaying alarm history and corrective action guidance.

ZQ110 injection blow molding machine CE certification and patent documentation

Why Choose ZQ110 Over Alternatives

vs. Extrusion Blow Molding

At 110-ton scale, extrusion blow systems require massive parison heads and accumulator dies that add 40% to machine footprint. The ZQ110’s injection blow process eliminates flash waste entirely—critical when running 24-cavity pharmaceutical production where scrap contamination is unacceptable. Wall thickness control is ±3% versus ±15% in extrusion, eliminating costly over-engineering of container strength.

vs. Two-Step PET Stretch Blow

Two-step PET systems require separate injection molding of preforms, inventory storage, and reheating before blowing—tripling floor space and WIP inventory. The ZQ110 one-step process handles HDPE, LDPE, PP, PS, ABS, and specialty materials beyond PET limitations. For multi-product manufacturers, the ZQ110 eliminates preform SKU proliferation and simplifies production scheduling.

vs. Competitor IBM Models

The ZQ110 matches Jomar IBM135’s 65mm screw diameter while offering a wider 1100×460mm platen versus Jomar’s 559×1118mm. This rectangular platen geometry better accommodates multi-cavity mold layouts for small bottles. The dual 22kW motor configuration provides responsive hydraulic power without the complexity of variable displacement pump systems found on competing models. Energy consumption is 20%–30% lower than same-class hydraulic IBM machines.

Installation & Maintenance

The ZQ110 requires proportionally larger infrastructure than smaller models, with corresponding maintenance protocols scaled to its 15-ton mass and 80kW total power:

Site Requirements ▼

Floor space: 8m × 6m minimum (including material handling and conveyor clearance). Foundation load: 8 tons/m² with anti-vibration isolation pads. Electrical: 380V/3-phase/50Hz, 100kVA capacity recommended. Compressed air: 0.7–1.2 MPa dry, oil-free, with 1.0 m³/min receiver. Cooling water: 0.3–0.4 MPa, 20 m³/h capacity, 15°C inlet. Crane access: 5-ton lifting capacity for mold changes.

Preventive Maintenance Schedule ▼

Daily: Hydraulic oil temperature check, air filter drainage, mold cooling circuit flow verification. Weekly: Platen parallelism inspection, rotary table index accuracy test, heater band resistance logging. Monthly: Dual motor synchronization calibration, hydraulic accumulator pressure test, safety circuit functional verification. Quarterly: Full hydraulic oil analysis (particle count, moisture, viscosity), mold clamping force validation with load cells. Annual: Frame stress analysis, platen re-machining if wear exceeds 0.05mm, complete control system firmware update.

High-Cavity Mold Maintenance ▼

24-cavity molds require precision maintenance to maintain cavity-to-cavity consistency. Hot runner tip cleaning every 500,000 cycles. Core rod polishing every 1,000,000 cycles. Mold alignment verification with CMM every 2,000,000 cycles. Ever-power provides dedicated mold maintenance training and can supply complete spare cavity sets for rapid changeover during scheduled maintenance windows.

ZQ110 injection blow molding machine installation and layout diagram

Global Deployment References

Korea — Pharmaceutical OTC Bottles

Model: ZQ110 | Bottle: 300ml HDPE

Deployed for over-the-counter medicine packaging with 14-cavity 100ml configuration. Customer achieved 4.2-second cycle time with 0.3% defect rate, exceeding previous Jomar IBM135 performance. The 5+N barrel zone configuration enabled rapid material changeover between HDPE and PP grades within 45 minutes.

Russia — Wide-Mouth Cosmetic Jars

Model: ZQ110 | Bottle: 350ml PS

High-transparent cosmetic jar production requiring mirror-finish interior surfaces. The 1100kN clamping force maintained flash-free closure on 8-cavity 350ml molds with 3.2mm wall thickness. Customer eliminated secondary flame polishing, reducing per-unit processing cost by 28%.

South Africa — Dual-Size Food Bottles

Model: ZQ110 | Bottle: 1.3L + 300ml HDPE

Unique dual-cavity family mold producing 1.3L and 300ml bottles simultaneously for beverage packaging. The 260mm stripping stroke accommodated deep-draw 1.3L containers with integrated handles. Customer reported 35% reduction in mold inventory costs versus running separate machines for each size.

Mexico — Industrial Chemical Containers

Model: ZQ110 | Bottle: 400ml HDPE

Heavy-wall containers for agricultural pesticide packaging requiring UN certification for hazardous material transport. The 14 MPa hydraulic system provided reliable stripping of thick-walled (4.5mm) containers with rib-reinforced base structures. Customer passed UN 3H1 drop testing on first production batch.

FAQ & Selection Guide

What is the realistic daily production capacity of the ZQ110?

Production capacity varies by bottle size and cavity count. Representative figures: 10ml bottles at 24 cavities × 4-second cycle = 216,000 units/day. 100ml bottles at 14 cavities × 5.5-second cycle = 110,000 units/day. 500ml bottles at 8 cavities × 7-second cycle = 49,000 units/day. These figures assume 85% operational efficiency (accounting for changeovers, material feeding, and quality checks). Actual output depends on material viscosity, wall thickness requirements, and cooling time optimization.

Can the ZQ110 accommodate existing Jomar IBM135 molds?

The ZQ110 platen (1100×460mm) differs from Jomar IBM135 (559×1118mm). Direct mold interchange is not possible without adapter plates or mold base modifications. Ever-power’s engineering team provides mold compatibility assessment services—submit your existing mold drawings for a free feasibility analysis. In most cases, we can fabricate adapter plates within 2–3 weeks, or design new molds replicating your current bottle specifications with improved cooling efficiency.

What materials are compatible with the 65mm screw?

The 22:1 L/D ratio with 65mm diameter is optimized for general-purpose polyolefins (HDPE, LDPE, PP) and styrenics (PS, ABS, SAN). For engineering polymers such as PA, PC, or POM, Ever-power offers barrier-screw and vented-barrel configurations. For filled or reinforced materials (talc-filled PP, glass-filled PA), we provide wear-resistant bimetallic barrel and screw coatings. Contact our applications engineering team with your material datasheet for screw geometry recommendations.

When should I upgrade from ZQ80 to ZQ110?

Upgrade to the ZQ110 when: (1) Your bottle diameter exceeds 120mm or height exceeds 220mm (ZQ80 limits). (2) You require >18 cavities for 60ml bottles or >12 cavities for 100ml bottles. (3) Your shot weight requirement exceeds 466g. (4) You are running thick-wall containers (>3.5mm) requiring >800kN injection clamping force. (5) Your production schedule demands >150,000 units/day of small bottles. The ZQ110’s 80kW total power is 45% higher than ZQ80—ensure your facility electrical infrastructure can accommodate the upgrade before ordering.

What is the delivery and commissioning timeline for ZQ110?

Standard delivery is 75–90 days from order confirmation and deposit receipt, reflecting the longer lead time for 1100mm platen machining and dual-motor hydraulic system assembly. Factory Acceptance Testing (FAT) includes 72-hour continuous run with customer-specified mold and material. On-site installation requires 12–15 days including foundation verification, machine positioning, utility connection, and initial mold commissioning. Ever-power deploys two senior engineers for ZQ110 installations to ensure parallel work streams and faster ramp-up to full production.

Engineering Support & Warranty

24/7 Global Service Network

Emergency technical support is available via dedicated hotline, video conference, and remote VPN diagnostic access. For ZQ110 customers, average first-response time is under 90 minutes for critical stoppages. Regional service centers in Korea, India, Turkey, Russia, South Africa, Brazil, Mexico, and the United States maintain local spare parts inventories and certified field engineers.

On-Site Support Packages

Standard installation includes 10 days on-site support. Premium packages extend to 30 days for complex multi-machine installations or first-time IBM adopters. Annual maintenance contracts include two preventive service visits, hydraulic oil analysis, and mold clamping force validation with calibrated load cells.

Warranty Terms

Standard warranty: 12 months from commissioning date or 14 months from delivery, whichever occurs first. Extended warranty available up to 36 months with annual preventive maintenance contracts. Warranty covers all mechanical, hydraulic, and electrical components except consumables (heater bands, seals, filters) and mold wear parts.

Training & Certification

Comprehensive training includes: Level 1 (Operator) — machine startup, cycle monitoring, quality inspection, basic troubleshooting. Level 2 (Technician) — mold changeover, process parameter optimization, preventive maintenance tasks. Level 3 (Engineer) — PLC diagnostics, servo tuning, hydraulic system analysis, production efficiency optimization. All training conducted at customer site with hands-on practice using production molds and materials.

Ever-power injection blow molding machine factory production workshop

Related Products & Solutions

Ever-power offers a complete spectrum of injection blow molding machines and integrated production systems to match every scale of operation:

ZQ40

40T | 190/260g | Entry Level

Replaces Jomar IBM40

ZQ60

60T | 260/383g | Mid-Range

Replaces Jomar IBM65

ZQ80

80T | 466g | High Performance

Replaces Jomar IBM85S

ZQ110 ★

110T | 540g | High Volume

Replaces Jomar IBM135

ZQ135

135T | 650g | Maximum Capacity

Replaces Jomar IBM175

ZQ60HE

Full Electric | 400-800kN

High-Speed Servo

Complete turnkey solutions include: auto loaders, mold temperature controllers (up to 12 zones for large molds), chillers, air compressors, visual inspection systems, leak testers, automatic packaging lines, and conveyor systems. Ever-power’s engineering team provides full production line layout design, utility sizing, and automation integration consulting.

Scale Your Production with the ZQ110

Request a detailed quotation, production feasibility study, or schedule a virtual demonstration with our applications engineering team.

Email: [email protected] | Response within 24 hours