Automatic Servo Type Plastic Beverage Drink Bottle Tube PET Preform Making Injection Molding Machine

Automatic Servo Type Plastic Beverage Drink Bottle Tube PET Preform Making Injection Molding Machine

The high-efficiency energy-saving injection molding machine is specifically engineered to optimize energy consumption and minimize waste. This is achieved through the utilization of proportional pressure and flow control technology, which enables adjustable pressure and speed during operation. By precisely controlling these factors, the machine can achieve optimal efficiency and reduce unnecessary energy consumption, resulting in significant energy savings and waste reduction.

Automatic Servo Type Plastic Beverage Drink Bottle Tube PET Preform Making Injection Molding Machine

The injection molding machine comes with a high-definition LCD screen that provides clear images and supports both Chinese and English languages, making it easy to use. Additionally, the machine features a close-loop PID temperature control system that allows for precise temperature regulation.

When it comes to safety, the machine’s operating table is equipped with two protective measures. The first measure ensures the overall safety of the machine during operation, while the second measure focuses on electrical safety to protect operators from potential electrical hazards. These safety measures are put in place to prioritize the well-being and security of the operators.

Product Introduction

Clamping unit.

1.Clamping unit.

*The UNiverse series is equipped with a T-slot clamping unit, allowing for faster and more efficient mold changes.

*With its superior mechanical parameters, the UNiverse series can accommodate a wider range of mold sizes.

*Featuring a European eject structure, the machine’s eject pin is easy to maintain.

*The extended and widened clamping guide ensures smooth operation of the machine.

 

2.Injection unit

The UNiverse series injection molding machine is equipped with a dependable double-layer injection structure in its injection unit. This structure incorporates double protruding rods from the injection cylinder, which are typically used in high-speed machines. By utilizing this system, the injection accuracy and charging stability are significantly enhanced.

To ensure seamless operation, the movement structure of the injection unit features a high-rigid guide rod design, along with a double-cylinder structure for carriage movement. This particular structure effectively prevents material leakage during high-speed and high-pressure injection, as well as during charging under high back pressure conditions.

Hydraulic System

3.Hydraulic System

The UNiverse series injection molding machine is equipped with advanced drive technology, which greatly enhances its efficiency. This technology not only reduces energy consumption but also minimizes waste, making it a more environmentally friendly option.

Moreover, the machine’s hydraulic valve board is designed in a modular manner, and its hydraulic layout is optimized. These features help to reduce pressure loss and improve the machine’s responsiveness. As a result, the injection molding processes become faster and more precise, leading to increased productivity and reduced material waste.

In addition to its efficiency, the machine is also designed with environmental protection in mind. It incorporates various energy-saving features and technologies, which significantly reduce energy consumption and carbon emissions. This not only benefits the environment but also helps to lower operating costs for the user.

Control system

4.Control system

*With a reliable and intelligent control system, achieving high precision rapid molding becomes effortless.

*The advanced software control feature simplifies the complex injection molding process, making it easily achievable through simple operations.

 

5. Final Products

Technical parameters

Introductions Unit UN100-EPIII UN140-EPIII UN180-EPIII
International injection equivalent 350 430 600
Injection unit A B C A B C A B C
Screw Diameter mm 32 36 40 36 40 45 40 45 50
Screw Diameter Ratio L/D 22..5 20.0 18.0 22.2 20.0 17.8 22.5 20.0 18.0
Theoretical Shot Volume cm3 145 183 226 204 251 318 283 358 442
Shot Weight(ps) g 132 167 206 185 229 289 257 326 40.2
Shot Weight(ps) oz 4.6 5.9 7.3 6.5 8.1 10.2 9.1 11.5 14.2
Injection Pressur Bar 2222 1755 1422 2154 1745 1378 2231 1763 1428
Injection Rate cm3/s 76 96 118 98 120 152 118 149 184
Plasticizing Capacity(ps) g/s 8.4 13.1 20.7 13.6 21.5 28.3 20.2 26.6 31.9
Max Screw Speed rpm 252 267 250
Clamping Unit
Clamping Force KN 1000 1400 1800
Space Between Tie-bars mm*mm 410*360 460*410 520*470
Minn-max Mould Size mm 310*310 340*340 380*380
Toggle Stroke mm 350 400 460
Min. Mould Height mm 150 170 200
Max. Mould Height mm 400 480 550
Distance Between Platens mm 750 880 1010
Ejection Stroke mm 110 130 130
Ejection Force KN 40 49 49
Ejection Number PC 5 5 5
Power unit
System Pressure Bar 175 175 175
Pump Motor Power KW 11 15 18
Heater Power KW 6.3 7.5 11.5
General
Oil Tank Capacity L 120 150 200
Overall Diameter m 4.2*1.1*1.8 4.4*1.2*1.9 5.1*1.3*2.0
Machine Weight t 3.3 4.3 5.5
Hopper Capacity kg 25 25 50

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