About Fully Automatic Blow Moulding Machine
Fully Automatic Blow Moulding Machine proposed by our reputed association is perfectly designed for forming different hollow plastic parts at high speed. Also, this kind of moulding system is great to be utilized for forming various sizes of glass bottles and many other hollow shapes as per requirement of the respected patrons. Made up of the highest grade stainless steel body & structure, it is equipped with smooth performance conveyor system with heavy duty electrical motor to ensure hassle free blow moulding process. Further, Fully Automatic Blow Moulding Machine is available in different dimensions, capacities and models at competitive prices.
Versatile Performance for Diverse IndustriesWith a neck diameter range of 18-38 mm and a maximum bottle height of 350 mm, this blow moulding machine adapts effortlessly to a wide array of applications, including water, beverages, cosmetics, and chemicals. Its stretch blow moulding technology ensures high precision and product consistency across various bottle types and sizes.
Advanced Safety and User-Friendly ControlsEngineered with essential safety features such as emergency stop, overload protection, and robust guarding, the system prioritizes operator safety. The machine incorporates a digital temperature controller and computerized operation, simplifying adjustments while maintaining consistent, high-quality results.
High Efficiency and Customizable OperationBoasting an output of up to 2200 bottles per hour, this fully automatic machine leverages powerful clamping forces and efficient air displacement. Available in 2 or 4 cavity configurations, it optimizes production throughput and energy use, while its modular design allows for easy maintenance and customization to suit individual manufacturing needs.
FAQ's of Fully Automatic Blow Moulding Machine:
Q: How does the fully automatic blow moulding machine operate?
A: This machine utilizes stretch blow moulding technology, combining automatic preform feeding or manual loading, infrared heating, and advanced digital controls to form and shape bottles from PET, PP, PC, or other plastics. The process includes precise stretching, blowing, and moulding under controlled air pressures and temperatures.
Q: What types of bottles and applications is this machine suitable for?
A: The machine is ideal for producing bottles used in water, beverages, cosmetics, and chemicals. Its flexible design accommodates bottles with neck diameters from 18 to 38 mm, heights up to 350 mm, and volumes up to 2 litres, supporting diverse industrial applications.
Q: Where can this blow moulding machine be installed and operated?
A: Designed for industrial environments, the machine can be installed in manufacturing facilities across India. Its dimension (3500 x 2100 x 2200 mm) and robust construction make it suitable for large-scale production lines with adequate space, water-cooling access, and appropriate electrical connections (220-440 Volt).
Q: What is the typical process for starting production with this machine?
A: Production begins by feeding preforms either automatically or manually. The preforms are heated by an infrared system, then stretched and blown into moulds. The computerized controls and digital temperature settings ensure accurate and consistent bottle formation, while water cooling maintains optimal operating temperatures.
Q: What are the key benefits of using this automatic blow moulding machine?
A: Major advantages include high production speeds (up to 2200 bottles/hour), consistent product quality, energy-efficient operation, and a noise level below 75 dB. Its user-friendly interface and advanced safety features minimize operational risks and downtime, while modular configuration options increase flexibility for manufacturers.
Q: How is maintenance handled for this blow moulding machine?
A: The machine is designed for user-friendly maintenance, with accessible guarding and clear computerized diagnostics. Regular maintenance tasks typically include checking air pressure, cleaning filters, inspecting the water cooling system, and ensuring mould and heater integrity.
Q: When should I consider upgrading to a higher-capacity or customized configuration?
A: If your production demand increases or you require specialized bottle designs, consider upgrading to a 4-cavity configuration or customizing the machine's settings for specific bottle sizes or materials. The modular design allows for scalable solutions to meet evolving manufacturing needs.