Hydraulic Pressure Plastic Bag Hole T-Shirt Bag Punching Machine

• Customization: Available
• After-sales Service: Online Support
• Warranty: 1 Year
• Model NO.: 10T
• Brand: Customized
• Transport Package: Wooden Case, Stretch Film Wrapped
• Specification: 680*800*1500mm
• Trademark: Hengtuo
• Origin: Ruian Zhejiang China
• HS Code: 84778000
• Production Capacity: 50

Product Description

10T 12T 16T 20T Hydraulic pressure punching machine 
High quality Plastic nylon bag punching machine

USE:
Hydraulic pressure punching machine is used in industry to cut soft plastic sheets, leather, fiber, cotton textiles, cardboard or other similar materials.

1. Provide an automatic oil supply and lubrication system to reduce wear and extend the service life.
2. Use the electronic delay circuit to control the lower limit position of the stroke, with high accuracy, and use the hand wheel to adjust the height of the swing arm from the workbench, which is simple, reliable and convenient.

MODEL :10T
MOTOR :1.1KW



Company Information 
Ruian Hengtuo Machine Co.,LTD. located in Ruian City, Zhejiang Province,China.is an innovative enterprise which integrates packaging machinery with professional scientific research and development, design and manufacturer, sales and after-sales service. 




Main products: Three layer co extrusion stretch film making machine, Double extruder stretch film making machine, single extruder stretch film making machine, bubble film making machine, compound bubble film making machine, film blowing machine, bag making machine ,etc.



Our Services
1.Installation Services
   Installation Services are available with all new machine purchases. We will provide the technical know-how for your operation smooth transition and support for installing, debugging, operation of the machine, it will indicate you how to use this machine well.
 
2.Clients Traning Services
    We can train your staff to use your film blowing equipment systems properly. It means that we offer Customers Training, teaching how to use the systems most efficiently and safely as well as how to maintain optimal operational productivity.