Affordable, Reliable, Flexible, Simple
Our Machines Make Your Own PET Bottles
AL series automatic stretch blow molding machine, also named automatic stretch blower, stretch blowing machine, is a super contribution to the PET bottle manufacturing industry. It's a typical two stage process of making PET bottles. This process is now the most recognized and widely accepted in the world for its efficiency and cost effective to both in PET container production and transportation. Our designers and assemblers are dedicated to make this stretch blowing machine as affordable, simple and yet reliable as possible so PET makers can operate it and keep it running constantly with very limited mechanical and plastic processing knowledge.
Model | Cavity | PET Container | Capacity BPH | Applications | |||
Max. Neck Dia. (mm) | Max. Body Dia. (mm) |
Height (mm) |
Volume (ml) |
||||
AL-1000 | 1 | 63 | 210 | 430 | 10000 | 700 | low fluidity to dried food |
AL-1000W | 1 | 120 | 200 | 330 | 7000 | 700 | jars, for dried food |
AL-2000 | 2 | 38 | 95 | 320 | 1500 | 1600 | water, edible oil |
AL-2000C | 2 | 38 | 105 | 330 | 2000 | 1600 | soda drinks, energy drinks |
AL-2000SW | 2 | 85 | 95 | 330 | 2000 | 1600 | low fluidity to dried food |
AL-2000H | 2 | 38 | 95 | 330 | 1500 | 1000 | hot filling applications |
AL-2000L | 2 | 48 | 180 | 330 | 6000 | 1400 | water, edible oil |
AL-3000 | 3 | 38 | 105 | 330 | 2000 | 2400 | water, drinks |
AL-3000S | 3 | 38 | 65 | 240 | 600 | 2700 | water, pharmacy bottles |
AL-4000 | 4 | 38 | 105 | 330 | 2000 | 3600 | most common use bottles |
AL-4000H | 4 | 38 | 105 | 330 | 2000 | 2000 | hot filling applications |
AL-6000S | 6 | 38 | 65 | 240 | 600 | 5400 | water, pharmacy containers |
Toggle Clamping Design and Forged Mold Stand
Optimized trouble-free 5-Point double-toggle clamping device produces high clamping force and fast speed. Its simple structure is easy for normal operation and regular services. Forged mold stand enhances machine stability and seamless working.
Layered Heating and Heating Uniformity
Layered heating system with frequency converter and PLC work together to provide PID control to the heating zones to ensure temperature accuracy and uniformity. Heating zones are tailored for specific bottle designs on different models of machine. The ventilation blower with duct not only uniforms preform heating but also brings hot air to outdoor to improve working condition when it becomes necessary.
Operator Friendly Design
Self-diagnosis is programmed in MITSUBISHI Controller and its alarm system always keeps users informed through the operator friendly interface, the touch-on LCD monitor. All side protect covers are designed to be lifted upward when doing services or changing mold to avoid mess and save space so that the efficiency and well organized working site is always guaranteed.
Brand Name Components
Best quality parts assure best quality performance. Brand name components, such as SCHNEIDER contacts, frequency inverter, infrared thermo detector, circuit breaker, safety interlock switch, safety relay module, power supply and motor protector, SMC high pressure valve and high pressure muffler, FESTO low pressure valve, solenoid valve, swing valve and cylinder, OMRON proximity switch and limit switch. ... are applied on the automatic stretch blowing machine to enforce machine's reliability and sustainability. For details of the components list, Please check Main Parts List for automatic Blowing Machine.
Automatic Preform Scrambler and Feeder
The automatic preform scrambler works well with the machine capacity thanks to the MITSUBISHI frequency converter which ensures to keep pace with machine cycle time consistently.
CE Norm
Taking safety as first priority, we stick to CE standard of wiring, safety devices / locks, protectors, warning signs, ... etc. with conformity to the European safety NORM. Please note machine comes with CE standard with extra cost.
Productivity |
BPH |
700* |
|
Number of Mold Cavity |
1 |
||
Container |
Maximum Container Volume Neck Range (diameter) Maximum Container Diameter Maximum Container Height |
Liter mm mm mm |
10.0
38 — 63
210
430
|
Power |
Rate Power Consumption Heating Power |
KW KW |
33
30 |
Compressed Air |
Operating Pressure Operating Air Consumption Blowing Pressure Blowing Air Consumption |
Kg/cm2 M3/min Kg/cm2 M3/min |
7
1.8
30
6.0 — 10.0* |
Chilled Water Required |
Chilled Water Pressure Cooling Capacity |
Kg/cm2 °C Litre/min Kcal/hr |
3
10
— 12
40
8000 |
Machine |
Machine Measurement (LxWxH) Machine Weight (preform scrambler excluded) |
m
Kg |
3.0 x 2.5 x 2.1
3500 |
Productivity |
BPH |
700* |
|
Number of Mold Cavity |
1 |
||
Container |
Maximum Container Volume Neck Range (diameter) Maximum Container Diameter Maximum Container Height |
Liter mm mm mm |
7.0 120
200
330
|
Power |
Rate Power Consumption Heating Power Motor Power |
KW KW KW |
63 60 3 |
Compressed Air |
Operating Pressure Operating Air Consumption Blowing Pressure Blowing Air Consumption |
Kg/cm2 M3/min Kg/cm2 M3/min |
7
1.8
30
5.0 — 6.0* |
Cooling Water Required for Mold |
Chilled Water Pressure Cooling Water Temperature Cooling Capacity Water Flow |
Kg/cm2 |
3
10 — 12
8000
40
|
Cooling Water Required for Heating Area |
Chilled Water Pressure Cooling Water Temperature Water Flow Cooling Capacity |
Kg/cm2 °C |
3
20
40
8000 |
Machine |
Machine Measurement (LxWxH) Machine Weight (preform scrambler excluded) |
m Kg
|
3.0 x 2.2 x 2.2
3500 |
* Actual hourly productivity and compressed air consumption depend on specific bottle design.
* Specifications are subject to change.
Productivity |
BPH |
1600* |
|
Number of Mold Cavity |
2 |
||
Container |
Maximum Container Volume Neck Range (diameter) Maximum Container Diameter Maximum Container Height |
Liter mm mm mm |
1.5
38
95
320
|
Power |
Rate Power Consumption Heating Power Motor Power |
KW KW KW |
37
34
3 |
Compressed Air |
Operating Pressure Operating Air Consumption Blowing Pressure Blowing Air Consumption |
Kg/cm2 M3/min MPa M3/min |
7
1.4
35
3.0* |
Cooling Water Required for Mold |
Chilled Water Pressure Cooling Water Temperature Water Flow Cooling Capacity |
Kg/cm2 °C Liter/min Kcal/hr |
3
10
— 12
30 8000 |
Cooling Water Required for Heating Area |
Chilled Water Pressure Cooling Water Temperature Water Flow Cooling Capacity |
Kg/cm2 °C |
3
20
30
7000 |
Machine |
Machine Measurement (LxWxH) Machine Weight (preform scrambler excluded) |
m Kg
|
2.7 x 1.8 x 2.0
3500
|
* Actual hourly productivity and compressed air consumption depend on specific bottle design.
** Specifications are subject to change.
Productivity |
BPH |
1600* |
|
Number of Mold Cavity |
2 |
||
Container |
Maximum Container Volume Neck Range (diameter) Maximum Container Diameter Maximum Container Height |
Liter mm mm mm |
2.0
38
105
330
|
Power |
Rate Power Consumption Heating Power Motor Power |
KW KW KW |
63
60
3 |
Compressed Air |
Operating Pressure Operating Air Consumption Blowing Pressure Blowing Air Consumption |
Kg/cm2 M3/min Kg/cm2 M3/min |
7
1.6
35
4.0* |
Cooling Water Required for Mold |
Chilled Water Pressure Cooling Water Temperature Water Flow Cooling Capacity |
Kg/cm2 °C Liter/min Kcal/hr |
3
10
— 12
30 8000 |
Cooling Water Required for Heating Area |
Chilled Water Pressure Cooling Water Temperature Water Flow Cooling Capacity |
Kg/cm2 °C |
3
20
30
7000 |
Machine |
Machine Measurement (LxWxH) Machine Weight (preform scrambler excluded) |
m Kg
|
3.6 x 2.2 x 2.2
4000
|
* Actual hourly productivity and compressed air consumption depend on specific bottle design.
** Specifications are subject to change.
Productivity |
BPH |
1600* |
|
Number of Mold Cavity |
2 |
||
Container |
Maximum Container Volume Neck Range (diameter) Maximum Container Diameter Maximum Container Height |
Liter mm mm mm |
1.5
85
95
330
|
Power |
Rate Power Consumption Heating Power Motor Power |
KW KW KW |
63
60
3 |
Compressed Air |
Operating Pressure Operating Air Consumption Blowing Pressure Blowing Air Consumption |
Kg/cm2 M3/min Kg/cm2 M 3/min |
7
1.6
35
4.0* |
Cooling Water Required for Mold |
Chilled Water Pressure Cooling Water Temperature Water Flow Cooling Capacity |
Kg/cm2 °C Liter/min Kcal/hr |
3
10
— 12
40
8000 |
Cooling Water Required for Heating Area |
Chilled Water Pressure Cooling Water Temperature Water Flow Cooling Capacity |
Kg/cm2 °C |
3
20
40
8000 |
Machine |
Machine Measurement (LxWxH) Machine Weight (preform scrambler excluded) |
m Kg
|
3.6 x 2.2 x 2.2
4000
|
* Actual hourly productivity and compressed air consumption depend on specific bottle design.
** Specifications are subjest to change.
Productivity |
BPH |
1500* |
|
Number of Mold Cavity |
2 |
||
Container |
Maximum Container Volume Neck Range (diameter) Maximum Container Diameter Maximum Container Height |
Liter mm mm mm |
6.0
120
180
330
|
Power |
Rate Power Consumption Heating Power |
KW KW |
63
60 |
Compressed Air |
Operating Pressure Operating Air Consumption Blowing Pressure Blowing Air Consumption |
Kg/cm2 M3/min Kg/cm2 M 3/min |
7
1.8
25
6.0
—8.0* |
Cooling Water Required |
Chilled Water Pressure Cooling Water Temperature Water Flow |
Kg/cm2 °C Liter/min |
3
—5
10
— 12
40 |
Machine |
Machine Measurement (LxWxH) Machine Weight (preform scrambler excluded) |
m Kg
|
3.5 x 2.2 x 2.2
6000 |
* Actual hourly productivity and compressed air consumption depend on specific bottle design.
** Specifications are subjest to change.
Productivity |
BPH |
1000-2000* |
|
Number of Mold Cavity |
2 |
||
Container |
Maximum Container Volume Neck Range (diameter) Maximum Container Diameter Maximum Container Height |
Liter mm mm mm |
1.5
38
95
335
|
Power |
Rate Power Consumption Heating Power |
KW KW |
63
60 |
Compressed Air |
Operating Pressure Operating Air Consumption Blowing Pressure Blowing Air Consumption |
Kg/cm2 M3/min Kg/cm2 M3/min |
7
1.4
35
3.0
— 4.0* |
Mold
Temperature
Control
|
Pressure Temperature Range Consumption |
Kg/cm2 °C Liter/min |
3
—4
130
— 140
60 |
Freezer |
Air Pressure Air Temperature Air Consumption |
Kg/cm2 °C Litre/min |
20
- 2
— 0
35 |
Cooling Water Required |
Chilled Water Pressure Cooling Water Temperature Water Flow |
Kg/cm2 °C Liter/min |
3
—5
10
— 12
30 |
Machine |
Machine Measurement (LxWxH) Machine Weight (preform scrambler excluded) |
m Kg
|
3.5 x 2.2 x 2.2
3500
|
* Actual hourly productivity and compressed air consumption depend on specific bottle design.
** Specifications are subject to change.
*** Freezer and mold temperature controller are required to blow hot filling bottles. Please note that the design of preform, raw material for hot filling bottles are different from regular PET bottles.
Productivity |
BPH |
1400* |
|
Number of Mold Cavity |
2 |
||
Container |
Maximum Container Volume Neck Range (diameter) Maximum Container Diameter Maximum Container Height |
Liter mm mm mm |
6.0
48
180
330
|
Power |
Rate Power Consumption Heating Power Motor Power |
KW KW KW |
51.5
48
3.5 |
Compressed Air |
Operating Pressure Operating Air Consumption Blowing Pressure Blowing Air Consumption |
Kg/cm2 M3/min Kg/cm2 M3/min |
7
1.8
35
9.0* |
Cooling Water Required for Mold |
Chilled Water Pressure Cooling Water Temperature Water Flow Cooling Capacity |
Kg/cm2 °C Liter/min Kcal/hr |
3
10
— 12
40 8000 |
Cooling Water Required for Heating Area |
Chilled Water Pressure Cooling Water Temperature Water Flow Cooling Capacity |
Kg/cm2 °C |
3
20
40
8000 |
Machine |
Machine Measurement (LxWxH) Machine Weight (preform scrambler excluded) |
m Kg
|
3.6 x 2.2 x 2.2
5500 |
* Actual hourly productivity and compressed air consumption depend on specific bottle design.
* This machine come is designed for blowing large bottles with maximum neck finish 48mm. Servo motors and air recycling system can be added to raise productivity upon request.
** Specifications are subject to change.
Productivity |
BPH |
2400* |
|
Number of Mold Cavity |
3 |
||
Container |
Maximum Container Volume Neck Range (diameter) Maximum Container Diameter Maximum Container Height |
Liter mm mm mm |
2.0
38
105
330
|
Power |
Rate Power Consumption Motor Power |
KW KW KW |
63
60
3 |
Compressed Air |
Operating Pressure Operating Air Consumption Blowing Pressure Blowing Air Consumption |
Kg/cm2 M3/min Kg/cm2 M 3/min |
7
1.6
35
5.0* |
Cooling Water Required for Mold |
Chilled Water Pressure Cooling Water Temperature Water Flow Cooling Capacity |
Kg/cm2 °C Liter/min Kcal/hr |
3
10
— 12
40 8000 |
Cooling Water Required for Heating Area |
Chilled Water Pressure Cooling Water Temperature Water Flow Cooling Capacity |
Kg/cm2 °C |
3
20
40
8000 |
Machine |
Machine Measurement (LxWxH) Machine Weight (preform scrambler excluded) |
m Kg
|
3.6x 2.2 x 2.2
4000
|
* Actual hourly productivity and compressed air consumption depend on specific bottle design.
** Specifications are subject to change.
Productivity |
BPH |
2700* |
|
Number of Mold Cavity |
3 |
||
Container |
Maximum Container Volume Neck Range (diameter) Maximum Container Diameter Maximum Container Height |
Liter mm mm mm |
0.6
38
65
240
|
Power |
Rate Power Consumption Heating Power Motor Power |
KW KW KW |
43
40
3 |
Compressed Air |
Operating Pressure Operating Air Consumption Blowing Pressure Blowing Air Consumption |
Kg/cm2 M3/min Kg/cm2 M 3/min |
7
1.6
35
2.0* |
Cooling Water Required for Mold |
Chilled Water Pressure Cooling Water Temperature Water Flow Cooling Capacity |
Kg/cm2 °C Liter/min Kcal/hr |
3
10
— 12
40 8000 |
Cooling Water Required for Heating Area |
Chilled Water Pressure Cooling Water Temperature Water Flow Cooling Capacity |
Kg/cm2 °C |
3
20
30
7000 |
Machine |
Machine Measurement (LxWxH) Machine Weight (preform scrambler excluded) |
m Kg
|
2.7x 2.2 x 2.2
3500
|
* Actual hourly productivity and compressed air consumption depend on specific bottle design.
** Specifications are subject to change.
Productivity |
BPH |
2700* |
|
Number of Mold Cavity |
3 |
||
Container |
Maximum Container Volume Neck Range (diameter) Maximum Container Diameter Maximum Container Height |
Liter mm mm mm |
3.0
120
130
330
|
Power |
Rate Power Consumption Heating Power |
KW KW |
73
70 |
Compressed Air |
Operating Pressure Operating Air Consumption Blowing Pressure Blowing Air Consumption |
Kg/cm2 M3/min Kg/cm2 M 3/min |
7
1.6
25
6.0
—8.0* |
Cooling Water Required |
Chilled Water Pressure Cooling Water Temperature Water Flow |
Kg/cm2 °C Liter/min |
3
—5
10
— 12
40 |
Machine |
Machine Measurement (LxWxH) Machine Weight (preform scrambler excluded) |
m Kg
|
3.70x 2.1 x 2.3
6500 |
* Actual hourly productivity and compressed air consumption depend on specific bottle design.
** Specifications are subject to change.
Productivity |
BPH |
3600* |
|
Number of Mold Cavity |
4 |
||
Container |
Maximum Container Volume Maximum Neck (diameter) Maximum Container Diameter Maximum Container Height |
Liter mm mm mm |
2.0
38
105
330
|
Power |
Rate Power Consumption Rated Heating Power Motor Power |
KW KW KW |
63.5
60
3.5 |
Compressed Air |
Operating Pressure Operating Air Consumption Blowing Pressure Blowing Air Consumption |
Kg/cm2 M3/min Kg/cm2 M 3/min |
7
1.6
35
6.5* |
Cooling Water Required for Mold |
Chilled Water Pressure Cooling Water Temperature Water Flow Cooling Capacity |
Kg/cm2 °C Liter/min Kcal/hr |
3
10
— 12
60
11000 |
Cooling Water Required for Heating Area |
Chilled Water Pressure Cooling Water Temperature Water Flow Cooling Capacity |
Kg/cm2 °C |
3
20
40
8000 |
Machine |
Machine Measurement (LxWxH) Machine Weight (preform scrambler excluded) |
m Kg
|
3.6 x 2.2 x 2.2
5500
|
* Actual hourly productivity and compressed air consumption depend on specific bottle design.
* Compacted preform arrangement in heating zones
for energy saving and machine foot space.
* Specifications are subject to change.
* This machine can be equipped with servo motors for higher productivity. Please add E on the model of machine with servo motors option, i.e. AL-4000E.
Productivity |
BPH |
2000* |
|
Number of Mold Cavity |
4 |
||
Container |
Maximum Container Volume Maximum Neck (diameter) Maximum Container Diameter Maximum Container Height |
Liter mm mm mm |
2.0
38
105
330
|
Power |
Rate Power Consumption Rated Heating Power |
KW KW |
65
60 |
Compressed Air |
Operating Pressure Operating Air Consumption Blowing Pressure Blowing Air Consumption |
Kg/cm2 M3/min Kg/cm2 M 3/min |
8
2.0
35
6 - 8* |
Mold
Temperature
Control
|
Pressure Temperature Range Consumption |
Kg/cm2 °C Liter/min |
3
—4
130
— 140
60 |
Freezer |
Air Pressure Air Temperature Air Consumption |
Kg/cm2 °C Litre/min |
20
- 2
— 0
35 |
Cooling Water Required |
Chilled Water Pressure Cooling Water Temperature Water Flow |
Kg/cm2 °C Liter/min |
3
—5
10
— 12
50 |
Machine |
Machine Measurement (LxWxH) Machine Weight (preform scrambler excluded) |
m Kg
|
3.6 x 2.1 x 2.2
5000 |
* Actual hourly productivity and compressed air consumption depend on specific bottle design.
* Compacted preform arrangement in heating zones
for energy saving and machine foot space.
* Specifications are subject to change.
* Freezer and mold temperature controller are required to blow hot filling bottles. Please note that the design of preform, raw material for hot filling bottles are different from regular PET bottles.
Productivity |
BPH |
3600* |
|
Number of Mold Cavity |
4 |
||
Container |
Maximum Container Volume Maximum Neck (diameter) Maximum Container Diameter Maximum Container Height |
Liter mm mm mm |
2.0
90
105
330
|
Power |
Rate Power Consumption Rated Heating Power |
KW KW |
83
80 |
Compressed Air |
Operating Pressure Operating Air Consumption Blowing Pressure Blowing Air Consumption |
Kg/cm2 M3/min Kg/cm2 M 3/min |
8
2.0
25
6 - 8* |
Cooling Water Required |
Chilled Water Pressure Cooling Water Temperature Water Flow |
Kg/cm2 °C Liter/min |
3
—5
10
— 12
50 |
Machine |
Machine Measurement (LxWxH) Machine Weight (preform scrambler excluded) |
m Kg
|
4.1 x 2.1 x 2.4
6500
|
* Actual hourly productivity and compressed air consumption depend on specific bottle design.
** Specifications are subject to change.
Productivity |
BPH |
5400* |
|
Number of Mold Cavity |
6 |
||
Container |
Maximum Container Volume Maximum Neck (diameter) Maximum Container Diameter Maximum Container Height |
Liter mm mm mm |
0.6
38
65
240
|
Power |
Rate Power Consumption Heating Power Motor Power |
KW KW KW |
39.5
36
3.5 |
Compressed Air |
Operating Pressure Operating Air Consumption Blowing Pressure Blowing Air Consumption |
Kg/cm2 M3/min Kg/cm2 M 3/min |
8
1.6
35
3.3* |
Cooling Water Required for Mold |
Chilled Water Pressure Cooling Water Temperature Water Flow Cooling Capacity |
Kg/cm2 °C Liter/min Kcal/hr |
3
10
— 12
60
11000 |
Cooling Water Required for Heating Area |
Chilled Water Pressure Cooling Water Temperature Water Flow Cooling Capacity |
Kg/cm2 °C |
3
20
40
8000 |
Machine |
Machine Measurement (LxWxH) Machine Weight (preform scrambler excluded) |
m Kg
|
3.6 x 2.1x 2.2
5500
|
* Actual hourly productivity and compressed air consumption depend on specific bottle design.
* Compacted preform arrangement in heating zones
for energy saving and machine foot space.
* Specifications are subject to change.