Revolutionize Your Manufacturing Process with Our Cutting-Edge Plastic Injection Machine!

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Model unit GT2-LS90 GT2-LS120  GT2-LS160 GT2-LS200  GT2-LS260  GT2-LS320  GT2-LS380
International size rating 900-260 1200-350 1200-350 1600-550  2000-725  2600-1280  3200-1680  3800-1980
INJECTION UNITS
Screw Diameter  mm  32 35 40  35 38 42 40 45 50  45 50 55  55 60 65 60 65 70  65 70 75
Theoretical shot volume  cc  125 149 195 164 193 236 251 318 393 350 432 523  630 749 879  820 962 1116 1045 1212 1392
Theoretical Shot weight(PS)  g  113 136 177  149 175 214  229 289 357 318 393 476 573 682 800  746 876 1016  951 1103 1266
OZ  4 4.8 6.3  5.3 6.2 7.6 8.1 10.2 12.6  11.2 13.9 16.8  20.2 24.1 28.2  26.3 30.9 35.8  33.6 38.9 44.7
Screw L:D ratio  L/D  23 21 18.4 22.8 21 19  23.6 21 18.9  23.3 21 19.1 22.9 21 19.4  22.8 21 19.5  22.6 21 19.6
Injection pressure  Mpa  211 176 135  214 182 149  220 173 141  207 168 139  204 171 146  206 175 151   190 164 143
Screw speed  rpm 195 200 190 170 130 170 170
Plasticizing capacity(PS)  kg/hr  34 44 62  41 60 68 58 80 108 78 103 142  96 121 153  154 186 233  186 281 331
CLAMPING UNIT
Clamping force  KN 900 1200 1600 2000 2600 3200 3800
Max daylight  mm 705 855 936  1010 1155 1250 1400
Mould opening stroke  mm 320 410 446  490 525 580 655
Platen size  mm 550 x 550  620 x 620 690 x 690  760 x 760  875 x 875  950 x 950  1060 x 1010
Space between tie bar   360 x 360   410 x 410  460 x 460   510 x 510  580 x 580   670 x 670  730 x 700
Mould thickness min/max  mm 185~385  185~445  185~490   185~520   250~630  250~670  265~745
Ejector force  KN 31 42 42 49 67 77 111
Ejector stroke  mm 100  100 130 140 160 180 205
Number of ejectors  unit  4 + 1  4 + 1  4 + 1  4 + 1  12 + 1 12 + 1   12 + 1
POWER/HEATING
Pump motor  Kw 11 11 15 18.5 22  30 37
Hydraulic system pressure  MPA 17.5 17.5 17.5 17.5 17.5 17.5 17.5
No of temp control zones  unit  3+1 3+1  4+1  4+1   5+1  5+1  5+1
Heating capacity  Kw 6 7 8.8 13 15.4 19.3 23.2
Weight  ton 3 4 5 6.5 9.2 13.5   16.3
Oil tank capacity  L 220 270 345 425 530 565 665
Dimensions MxMxM  4.08x1.14x1.87   4.5x1.23x1.91  5.05x1.3x1.95  5.5x1.36x2  6.3x1.54x2.07  6.92x1.67x2.2  7.7x1.77x2.2

Product Introduction

Anesthesia and respiratory circuit PVC compounds refer to the specialized PVC materials used in the production of medical devices related to anesthesia and respiratory care. These compounds are formulated to meet the specific requirements and demands of these applications. Anesthesia PVC compounds are used in the manufacturing of various equipment used during anesthesia procedures, such as anesthesia masks, breathing bags, endotracheal tubes, and catheters. These compounds are designed to be flexible, yet sturdy, allowing for easy handling and manipulation during procedures. They are also formulated to be biocompatible, ensuring that they do not cause any adverse reactions when in contact with patient tissues or fluids. Respiratory circuit PVC compounds, on the other hand, are used in the production of respiratory therapy equipment, including ventilator tubing, oxygen masks, nebulizer kits, and breathing valves. These compounds must possess excellent flexibility and resistance to kinking, as they are often subject to repeated bending and twisting. They are also formulated to be compatible with the respiratory gases being delivered and should not contribute to additional resistance or hinder gas flow. Both anesthesia and respiratory circuit PVC compounds are designed with stringent quality control and adhere to medical industry standards and regulations to ensure safety and effectiveness. Manufacturers take into account factors such as biocompatibility, durability, resistance to chemicals and disinfectants, as well as ease of manufacturing. It is worth noting that while PVC has been commonly used in these applications due to its desirable properties, concerns have been raised regarding potential health and environmental impacts associated with the production, use, and disposal of PVC-based medical devices. Researchers and manufacturers are actively exploring alternative materials and technologies to address these concerns.In summary, anesthesia and respiratory circuit PVC compounds are specialized materials used in the production of medical devices for anesthesia and respiratory care. These compounds are carefully formulated to meet the specific requirements of their respective applications, ensuring safety, durability, and performance.


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