Expanded Polystyrene (EPS) Styrofoam Moulding Machine with Hydraulic System

The Expanded Polystyrene Styrofoam Moulding Machine with Hydraulic System is a cutting-edge product designed for durability, reliability, and efficient operation. Engineered for a long service life and uninterrupted performance, this machine is an excellent choice for various styrofoam moulding applications.

Key Features

Robust Machine Structure

• Reinforced Frame Design:
  The moulding machine is built with strong rectangular tubes that undergo heat treatment, effectively preventing deformation of the mould panel.
• Enhanced Corrosion Resistance:
  After heat treatment, all frames are treated with sandblasting for rust prevention, followed by anti-corrosive primer and a durable finishing coat. This process ensures superior corrosion resistance and extended machine lifespan.

Advanced Electronic Control

• Automated Operations:
  Equipped with a PLC (Mitsubishi) controller and Schneider touch screen, the machine offers seamless automation for processes including close-mold, filling, heating, cooling, and de-moulding.
• High-Quality Components:
  Utilizes premium electronic components from renowned brands like Schneider, Omron, and Gauge, ensuring stability and performance.
• Precision Adjustment:
  The PLC controller integrates a digital coder for precise adjustments, enhancing the accuracy of the moulding process.

Two Machine Variants

• Type A: Features a mechanical de-mould ejecting device for straightforward operations.
• Type B: Incorporates a hydraulic cylinder de-mould ejector for enhanced efficiency and force.

Optional Features

• Extended Base Height:
  The machine base height can be customized to meet specific operational requirements.

Why Choose This EPS Moulding Machine?

With its robust construction, advanced control system, and versatile design options, the Expanded Polystyrene Styrofoam Moulding Machine with Hydraulic System delivers exceptional performance and reliability, making it a valuable investment for demanding production environments.