Rotary plastic slipper / sandal / chappal / flip flop shoe making machine

Sandals making machine
December 02, 2020
Category Connection: Slipper Making Machine
Brief: Discover the Automatic Plastic Injection Molding Machine for PVC Slipper Sandals, perfect for producing a variety of slippers, sandals, and shoes. This machine offers versatility in design, color, and size, ensuring soft, comfortable, and durable footwear. Ideal for manufacturers looking to expand their product line with high-quality, anti-slip slippers.
Related Product Features:
  • Produces various types of slippers, sandals, shoes, and soles for men, women, and children.
  • Capable of creating slippers in multiple colors including black, red, yellow, pink, green, and blue.
  • Features a clamping force of 80 TON and an opening stroke of 210 MM for efficient production.
  • Equipped with a screw diameter of 60/65/70 MM and a max injection volume of 650-1000 cm3.
  • Includes 4-section temperature control for precise manufacturing conditions.
  • Available in 12, 16, 20, 24, or 30 work stations to suit different production needs.
  • Energy-efficient with power consumption options of 15-20 Kw/h (normal) or 7-10 Kw/h (servo).
  • Comes with after-sales service including technician support for installation and training.
Faqs:
  • What types of footwear can this machine produce?
    This machine can produce various types of slippers, sandals, shoes, and soles for men, women, and children in multiple colors and designs.
  • How many molds are required for production?
    The number of molds depends on your design and size requirements. For example, if you have 3 designs, each with 6 sizes, you will need 18 pairs of molds.
  • What after-sales services are provided?
    The seller provides a technician for 7-10 days for machine installation and training. Beyond 10 days, the buyer pays the technician $100 USD per day.
  • What are the power consumption options for this machine?
    The machine offers two power consumption options: 15-20 Kw/h for normal operation and 7-10 Kw/h for servo operation, making it energy-efficient.