Molding machine video

Automatic two-station feed forming machine Definition: An industrial grade pulp molding system designed for the mass production of environmentally friendly packaging solutions.

The two-station equipment is specifically used to manufacture precision molded pulp products through an automated molding process. Main characteristics:

Dual-station operation - separate molding stations allow the production of different configurations of products at the same time Precision Control System - Programmable Logic Controller (PLC) with intuitive touch screen interface Advanced molding technology - vacuum adsorption, parameter adjustable, optimal thickness control Automated material handling - servo-driven screw systems ensure accurate product delivery Flexible production - tunable speeds and parameters to meet various product specifications Applications: Wet Press Mould

Electronic product packaging components (mobile device trays, laptop stand) Food and beverage packaging (wine trays, egg cartons) Industrial protective packaging (automotive parts, medical devices) Sustainable disposable tableware (plates, bowls, food containers) Installation requirements:

Underlying concrete foundation with vibration resistance Utilities - 380 V / 50 Hz power supply and compressed air systems (0.6-0.8 MPa) Space - Provide sufficient net space for operation and maintenance of channels Debugging - requires initial calibration and test run Safety - Equipped with emergency parking function Operational advantages:

High productivity with dual-station capability Maintain consistent product quality through automation control Reduce labor demand through automated processes Using servo technology to achieve energy efficient operations Rapid conversion between different product designs The device provides a complete solution for manufacturers seeking high efficiency and high precision in the production of high quality moulded pulp packaging. Its advanced automation features make it particularly suitable for medium to large production environments.