Plastic - Infinity Machines

This machine is used to form all types of plastic for all purposes by heat and strong vacuum, which allows the formation of all thicknesses. https://www.youtube.com/watch?v=iCluNmNqFnE&list=PLdvP2DNVunmPVctP5oY9gbjZA9P2q5ser&index=3https://www.youtube.com/watch?v=qaL0fgY7QW8&list=PLdvP2DNVunmPVctP5oY9gbjZA9P2q5ser&index=2 Machine specifications: • The number of molds used = 1 / 2 molds. • Thickness used = 0.15 mm to 2 mm. • Shaping area = (40 x 64) cm to (60

This machine is used to cut all types of bags used in packaging (side welding – self locking – ultrasonic welding – punching – printed bags). this machine characterized by productivity and easy of handling           Machine specifications : – Bag width = 70 cm – Bag length = 80 cm –

This machine is used to make a layer of flock on any body that moves on the belt of high quality by means of the electrostatic sprayingfeature .It can be Used in the fields of plastics, textiles and gifts. https://www.youtube.com/watch?v=-xHtsZHDt9o&t=1s Machine specifications : – The maximum width of the piece = 80 cm – The maximum length of

This machine makes a card for packaging any product by heating the three sides of the card for several seconds, then bending these sides, then cooling it with air.                                 Machine specifications : Card size: up to 50*70 cm (according to customer request) Power: 1.5

This machine cuts the plastic pieces that formed by cutting mold. it’s characterized by productivity and ease of handling. it’s own safety device to ensure the safety of the worker.                     Machine specifications : Weight : 120 kg Power: 750 watt Roller width: 72 cm Contact Us

This machine welds the formed plastic card with the required paper card by heating and pressure. https://www.youtube.com/watch?v=s_k5akJUSDA Machine specifications • Heating area = (40 X 50) (according to customer request) • Maximum depth = 15 cm • Heaters capacity = 2.25 KW • Number of molds = 3 (according to customer request) • Mold holder rotation =