MIC-VIII-R-12000A Blow Molding Machine Price

The MIC automatic energy-saving rotating machine uses a continuous rotation feeding structure for preforms, reducing the space required and eliminating the need to manually turn them, making operation simple. Its continuous heating system maintains a 50 mm distance between preforms, providing intensive and uniform heating, saving lamp space, greatly improving heating efficiency, and reducing energy consumption by up to 25–30%.
  • INTRODUCTION
  • TECHNICAL PARAMETER

Blow Molding Machine Price: Function, Performance, and Technical Overview

 

The blow molding machine price is a key consideration for businesses looking to invest in high-efficiency bottle production equipment. A bottle blowing machine is essential for manufacturing PET and other plastic bottles used across the beverage, cosmetic, and chemical industries. Understanding the machine’s functions, technical principles, performance, and cost can help businesses make informed purchasing decisions.


Function of the Bottle Blowing Machine

 

A bottle blowing machine is designed to convert preforms into fully formed plastic bottles. Preforms, which are small test-tube-shaped pieces of plastic, are heated and inflated inside a mold using compressed air to produce bottles of various shapes and sizes.

 

Modern PET bottle blowing machine often include automated systems for preform feeding, heating, stretching, blowing, and cooling. Automation enhances production efficiency, reduces labor costs, and ensures uniform bottle quality. Advanced models may also feature sensors to detect defects and prevent substandard bottles from being produced.


Technical Principle

 

The operation of a bottle blowing machine relies on the blow molding principle. The process involves:

1. Preform Loading: Preforms are loaded into the machine either manually or automatically.

2. Heating: Preforms are heated to achieve the right temperature for molding.

3. Stretching and Blowing: The heated preform is placed in a mold. A stretch rod elongates the preform while compressed air inflates it to form the final bottle shape.

4. Cooling: The mold cools the bottle to solidify its shape and maintain strength.

5. Ejection: The finished bottles are removed for labeling, filling, or packaging.

This technical process ensures consistent bottle wall thickness, structural integrity, and minimal material waste.


Performance and Advantages

 

PET bottle blowing machines offer numerous benefits for modern production:

•  High Efficiency: Capable of producing hundreds to thousands of bottles per hour.

•  Consistency: Uniform wall thickness and shape reduce the rate of defective bottles.

•  Energy Saving: Modern machines feature energy-efficient heating and air compression systems.

•  Flexibility: Accommodates various bottle sizes and designs.

•  Automation: Minimizes labor requirements and allows continuous operation.

Maintenance is also straightforward, and most machines are designed for long-term durability with easy part replacement.


Applications

 

PET bottle blowing machines are widely used in multiple industries:

•  Beverages: Bottles for water, juice, soft drinks.

•  Cosmetics: Containers for shampoos, lotions, and personal care products.

•  Chemicals: Bottles for detergents, cleaning solutions, and other liquids.

Their flexibility to handle different bottle sizes and materials makes them indispensable for businesses of all scales.


blow molding machine price

  The heating box features a simple structure and easy operation, with lamps that are easy to replace and maintain. The shift hand is driven by a servo motor with a variable pitch design.
The servo motor controls the pitch change to ensure high-speed operation and precise positioning. The frame uses a servo-driven linkage structure for opening and closing the mould and bottom mould.   

bottle blowing machine

pet bottle blowing machine

  A high-speed, precision blowing valve set effectively improves output, while the human-machine interface operating system allows for simple and intuitive operation.
Model&Name   MIC-VIII-R-12000A
Overall Dimensions(mm) Length*Width*Height Main machine: 5300*2200*2550
Elevator: 3100*1500*3500
Weight 8.5 ton
No. of Cavities   8 cav.
Cavity Pitch   80 mm
Max. Capacity   0.8 litre
Heating Pitch   50 mm
No. of Perform Holders   148 PCS
Preform Neck (inner dia.)   20~30 mm
Preform Height (max)   150 mm
Bottle Inner Diameter (max)   75 mm
Bottle Height (max)   270 mm
No. of Heating Ovens  4 unit
No. of Infrared Lamps   32 pcs
Max. Heating Power   48 kw
Specified Power Consumption   75 kw
Voltage   380V 50/60hz
Theoretical Production (Based on 150ml; Preform: 28g; Round Bottle) 12000 pcs/h
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