A plastic bottle maker is a crucial piece of equipment in the packaging industry, designed to produce high-quality PET bottles efficiently. This machine, also referred to as a plastic PET bottle making machine, utilizes an advanced blowing process to transform PET preforms into durable bottles. Whether used for beverages, cosmetics, pharmaceuticals, or household products, a bottle blowing machine ensures precision, speed, and consistency in bottle manufacturing.
A plastic PET bottle making machine operates through a series of automated steps to ensure the production of high-quality plastic bottles:
1.Preform Heating – The bottle blowing machine heats PET preforms evenly using infrared technology, making them malleable for shaping.
2.Stretching and Blowing – A stretching rod extends the heated preform while high-pressure air inflates it into the mold cavity, forming the bottle.
3.Cooling and Ejection – The newly formed bottle is cooled and solidified before being released for further processing.
A high-performance plastic bottle maker incorporates several essential features to optimize production efficiency:
Investing in a bottle blowing machine offers numerous benefits:
A plastic bottle maker is an essential machine for any manufacturer involved in PET bottle production. With the latest advancements in plastic PET bottle making machine technology, businesses can achieve faster, more efficient, and high-quality bottle blowing machine operations, ensuring competitiveness in the industry.
A blow molding machine is an essential piece of equipment in the packaging industry, used to manufacture plastic bottles and containers by shaping heated plastic material with compressed air. These machines are widely applied in the beverage, pharmaceutical, cosmetics, and chemical industries due to their high efficiency and precision.
Blow molding machines operate through various techniques, including extrusion blow molding (EBM), injection blow molding (IBM), and stretch blow molding (SBM). The process begins with heating the plastic preform or parison, which is then placed in a mold and expanded using pressurized air to form the desired shape. Once cooled, the final product is ejected, ready for further processing.
Advanced blow molding technology offers features such as automated control systems, energy-efficient heating units, and high-speed production capabilities, ensuring consistent quality and optimal performance. specializes in providing high-precision, durable, and fully automated blow molding machines, catering to industries that require customized bottle designs and large-scale production solutions.
Technical parameters | |
Model&Name | CY-II-0.8L-2800A |
Overall Dimensions(mm) Length*Width*Height(mm) |
Main machine: 2100*1450*2200 Elevator: 1900*1050*2300 |
Weight | 1.5(ton) |
No. of Cavities | 2(cav.) |
Cavity Pitch | 100(mm) |
Max. Capacity | 0.8(litre) |
Heating Pitch | 100(mm) |
No. of Perform Holders | 42(PCS) |
Preform Neck (inner dia.) | 18~38(mm) |
Preform Height (max) | 130(mm) |
Bottle Inner Diameter (max) | 85(mm) |
Bottle Height (max) | 265(mm) |
No. of Heating Ovens | 1(unit) |
No. of Infrared Lamps | 16(pcs) |
Max. Heating Power | 20(kw) |
Specified Power Consumption | 32(kw) |
Voltage | 380V(50/60hz) |
Theoretical Production (Based on 150ml; Preform: 28g; Round Bottle) |
2800(pcs/h) |