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Sinotech ST30D plastic dropper bottle injection blow molding machine(IBM)
adopts three cylinders to ensure stable clamping force & two pumps guarantee pressure.
Injection blow molding machines are widely used in food, beverage, medicine, cosmetics.
The characteristics of ST30D plastic dropper bottle injection blow moulding machine
●Adopt YUKEN valves & pumps, JINGHUA semi-computer controller & Siemens motor, FES TO air valve.
●Applying in DUCTILE CAST IRON can bear high strength not deforming, plate is smooth for horizontal injection.
●Adopt single beam & double pillar design, which highly enlarges the rotation space for 180mm cosmetic bottles & large mold, also mold assembling & removing are easier.
●Applying the double assistant cylinder is helpful to the main injection cylinder, higher speed mold clamping/opening & saves energy as well, and provides stable clamping force.
●Adopt two pumps, one is for hydraulic action & other for mold clamping, which guarantees the 400× 300mm big mold required clamping force.
●Applying in six-pole motor, lowers noise & saves energy.
●Neck part is made by injection providing the mouth & screw precision, can 100%.
Appliance
Plastic Hollow Bottle Making Injection blow molding machines are widely used in food, beverage, medicine, cosmetics, daily necessities and other industries. For example, they can produce various plastic containers such as beverage bottles, mineral water bottles, edible oil bottles, medicine bottles, cosmetic bottles, etc. In addition, injection blow molding machines can also be used to produce some small plastic products, such as plastic toys, plastic parts, etc.
Sinotech ST30D plastic dropper bottle injection blow molding machine(IBM)
adopts three cylinders to ensure stable clamping force & two pumps guarantee pressure.
Injection blow molding machines are widely used in food, beverage, medicine, cosmetics.
The characteristics of ST30D plastic dropper bottle injection blow moulding machine
●Adopt YUKEN valves & pumps, JINGHUA semi-computer controller & Siemens motor, FES TO air valve.
●Applying in DUCTILE CAST IRON can bear high strength not deforming, plate is smooth for horizontal injection.
●Adopt single beam & double pillar design, which highly enlarges the rotation space for 180mm cosmetic bottles & large mold, also mold assembling & removing are easier.
●Applying the double assistant cylinder is helpful to the main injection cylinder, higher speed mold clamping/opening & saves energy as well, and provides stable clamping force.
●Adopt two pumps, one is for hydraulic action & other for mold clamping, which guarantees the 400× 300mm big mold required clamping force.
●Applying in six-pole motor, lowers noise & saves energy.
●Neck part is made by injection providing the mouth & screw precision, can 100%.
Appliance
Plastic Hollow Bottle Making Injection blow molding machines are widely used in food, beverage, medicine, cosmetics, daily necessities and other industries. For example, they can produce various plastic containers such as beverage bottles, mineral water bottles, edible oil bottles, medicine bottles, cosmetic bottles, etc. In addition, injection blow molding machines can also be used to produce some small plastic products, such as plastic toys, plastic parts, etc.
NO. | Item | Unit | Data |
1 | Screw diameter | MM | 40 |
2 | Max. theoretical capacity | cm3 | 158 |
3 | Cylinder-heating power | KW | 6.5 |
4 | Heating zone | Zone | 3 |
5 | Clamping force of injection mold | KN | 300 |
6 | Opening stroke of injection mold | MM | 120 |
7 | Clamping force of blow mold | KN | 30 |
8 | Opening stroke of blow mold | MM | 120 |
9 | Idle time | S | 6 |
10 | Max. plate size of mold L× W | MM | 400× 300 |
11 | Min. mold thickness | MM | 180 |
12 | Motor power | KW | 15 |
13 | Mold-heating power | KW | Tailor-made |
14 | Pressure of hydraulic system | MPA | 14 |
15 | Max. working pressure of compressed air | MPA | 1.2 |
16 | Discharge rate of compressed air | m 3 /min | ≥ 0.8 |
17 | Consumption of cooling water | m 3 /h | 3 |
18 | Dimension of machine (L× W× H) | MM | 3100× 1100× 2200 |
19 | Machine weight | T | 2.5 |
20 | Volume of formable products | L | 0.003-0.6 |
21 | Height of formable products | MM | ≤ 190 |
22 | Diameter of formable products | MM | ≤ 100 |
23 | Conveyer belt of motor power | KW | 0.37 |
24 | Total power | KW | 22.5 |
NO. | Item | Unit | Data |
1 | Screw diameter | MM | 40 |
2 | Max. theoretical capacity | cm3 | 158 |
3 | Cylinder-heating power | KW | 6.5 |
4 | Heating zone | Zone | 3 |
5 | Clamping force of injection mold | KN | 300 |
6 | Opening stroke of injection mold | MM | 120 |
7 | Clamping force of blow mold | KN | 30 |
8 | Opening stroke of blow mold | MM | 120 |
9 | Idle time | S | 6 |
10 | Max. plate size of mold L× W | MM | 400× 300 |
11 | Min. mold thickness | MM | 180 |
12 | Motor power | KW | 15 |
13 | Mold-heating power | KW | Tailor-made |
14 | Pressure of hydraulic system | MPA | 14 |
15 | Max. working pressure of compressed air | MPA | 1.2 |
16 | Discharge rate of compressed air | m 3 /min | ≥ 0.8 |
17 | Consumption of cooling water | m 3 /h | 3 |
18 | Dimension of machine (L× W× H) | MM | 3100× 1100× 2200 |
19 | Machine weight | T | 2.5 |
20 | Volume of formable products | L | 0.003-0.6 |
21 | Height of formable products | MM | ≤ 190 |
22 | Diameter of formable products | MM | ≤ 100 |
23 | Conveyer belt of motor power | KW | 0.37 |
24 | Total power | KW | 22.5 |