Extrusion Blow Molding Machine 2: Energy-Efficient Solution with Maximum & Consistent Production Results

DESCRIPTION / TECHNICAL SPECIFICATIONS

Elevate your manufacturing standards with the most advanced plastic extrusion solutions designed for non stop performance and significant energy efficiency. This system is the ultimate answer for industries requiring high volume production of plastic containers, ranging from medical, foodstuff, and automotive parts to household appliances made of PE, PP, and PVC materials. Featuring high quality closed loop control system technology, this machine ensures precise and stable operations. Its hydraulic system utilizes pressure flow double proportional control equipped with a variable plunger pump to guarantee fast and smooth operation. This innovation can reduce the hydraulic system's energy consumption by 30 percent or more, providing substantial overall electricity savings.

The durability of this machine is a primary advantage, with a reasonable high speed design and robust structure providing a lifetime of about 10 years. The extrusion unit is constructed with high quality nitride steel barrel and screw materials along with cast aluminum heaters that guarantee consistent temperature distribution. Operationally, the integration of automatic frequency changing equipment allows the machine to work steadily with low noise levels. Your production line will be powered by an intelligent electrical system based on PLC and an intuitive touch screen for accurate parameter settings.

This investment is comprehensive, supported by a full range of auxiliary machinery to ensure consistent final product quality. The production package includes a high pressure air compressor for powerful blowing, an air dryer, precision filters, an automatic autoloader, and a cooling chiller system with optimal cooling capacity. Capable of producing up to 280 units per hour with volume capacities reaching 160 liters, this machinery is a strategic asset to dominate the plastic packaging market with highly competitive operational costs.