자동 eTPU 폼 굴림 장비 380V 신발 발판

Other Videos
June 11, 2024
Category Connection: ETPU 기계
중국에서 고품질의 ETPU 기계.
https://www.epsmoldingmachine.com/china-automatic_etpu_foam_molding_equipment_380v_for_shoe_soles-45087585.html
닌고 핑싱 기계 회사, 중국산 품질 제조업체
우리는 공급할 수 있습니다:
EPS 모양형조 기계: https://www.epsmoldingmachine.com/supplier-eps_shape_moulding_machine-488443.html
EPS 블록 굴착 기계: https://www.epsmoldingmachine.com/supplier-eps_block_moulding_machine-488493.html
팩트 사전 확장기: https://www.epsmoldingmachine.com/supplier-batch_pre_expander-488441.html
우리의 공식 웹 사이트를 방문하는 것을 환영합니다: http://www.epsmoldingmachine.com
Brief: Discover the Automatic ETPU Foam Molding Equipment 380V, designed for creating high-quality shoe soles with precision. This machine offers automated controls and robotic systems for efficient production, ensuring consistent product quality. Perfect for manufacturers looking to optimize their ETPU material processing.
Related Product Features:
  • Specifically designed for processing ETPU material to create customized shapes.
  • Operates on 380V power supply for industrial use.
  • Provides precise control over temperature, pressure, and timing for consistent quality.
  • Features automated controls and robotic systems for high repeatability.
  • Tailored to the unique properties and processing requirements of ETPU.
  • Ideal for manufacturing shoe soles with efficiency and precision.
  • Ensures high production efficiency with minimal manual intervention.
  • Delivers consistent product quality with every molding cycle.
Faqs:
  • What is the primary use of the Automatic ETPU Foam Molding Equipment?
    The primary use is to process ETPU material and create molded products, specifically shoe soles, with customized shapes and consistent quality.
  • What power supply does this machine require?
    This machine operates on a 380V power supply, making it suitable for industrial applications.
  • How does the machine ensure consistent product quality?
    The machine provides precise control over temperature, pressure, and timing during the molding process, along with automated controls and robotic systems for high repeatability.