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ZQ135 Injection Blow Molding Machine 1 ZQ135 Injection Blow Molding Machine 2 ZQ135 Injection Blow Molding Machine 3
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ZQ135 Injection Blow Molding Machine

As a leading manufacturer of Injection Blow Molding Machines, we adopt a full European-style structure to set a new benchmark for structural stability. Our machine’s damping force is 20%-30% higher than industry averages, redefining precision in plastic molding. Standard servo rotation, combined with a simple structure, ensures efficient and convenient operation. The proprietary pressurized clamping structure—where the booster cylinder is not involved in opening/closing—reduces energy consumption by 10%-20%, making it a cost-effective choice for high-quality production.

ITEM Unit ZQ135
Injection System
Screw Diameter mm 70
Screw L/D % 22:1
Injection weight g 650
Heating power KW 30
Number of barrel zone   6+N
Injection stroke mm 200
Clamping System
Clamping force of injection KN 1350
Opening stroke for injection mm 140
Clamping force of blowing KN 200
Opening stroke for blowing mm 140
Lifting height of rotary table mm 70
Mould
Max.Platen size(L xW) mm 1300x500
Mold thickness mm 280
Dia.of bottle mm 120
Bottle height mm 220
Suitable bottle height mm 1-2000
Stripping stroke mm 280
Hydraulic system
Hydraulic Pressure Map 14
Motor power KW 37+37
Dry cycle S 4
Total Power KW 95
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
Dimension( L x W x H ) M 5.5x2x2.4
Net weight Ton 18

ZQ135HE  High-Speed Fully Electric Injection Blow Molding Machine

All operational movements of the machine are fully servo-driven, removing the need for hydraulic oil and reducing environmental impact. It achieves a 20% cycle time reduction compared to traditional injection-blow molding machines: for 30ml bottles, each cycle is 8.2 seconds, yielding 105,000 bottles per day with a maximum daily output of 115,000 bottles. Energy efficiency is optimized by 30%, with an hourly consumption of approximately 12 kWh for 30ml bottle production. The machine operates at a significantly lower noise level, and its servo system integrates absolute encoders for high precision and repeatability. A special clamping structure with adjustable force (40-80 tons) caters to diverse product specifications. The bottom-up design prevents lubricating oil contamination in the mold area, complying with hygiene standards for pharmaceutical and high-grade plastic bottle packaging. Customizable to customer requirements, it uses an electric cylinder-driven injection unit for stable injection and reduced maintenance costs. The conveyor can be connected to visual inspection systems (for foreign particles, insufficient mouth material, uneven bottoms), side-leak testers, labeling machines, and automatic packaging equipment, enabling fully automated unattended production.