Product Description
The Non Slip Printing Machine is completely controlled by the computer, both in accuracy and efficiency. The full computer control makes the machine very easy to operate, and the products produced can be controlled very accurately through the computer settings. The Socks Non Slip Printing Machine has been updated many times. The current version is very easy to use. The distance before the track gauge can maintain a high accuracy. The products produced are both beautiful and good quality.
This dotting machine can be used to apply silicone to heels, soles, gloves, etc. Different patterns can also be printed.
Key Advantages
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Full computer control makes the Socks Non Slip Printing Machine can be controlled very accurately and conveniently.
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The machine can truly display the current production status and production effect on the computer panel.
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Flexible and accurate control of each individual print head.
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The printing speed can be accurately adjusted according to the actual production needs.
Frequently Asked Questions
1. What is the production capacity of this non-slip printing machine?
The machine has a work cycle of 12 pairs per minute, reaching a total output of up to 720 pairs per hour.
2. What types of products can be processed?
This machine is versatile and can be used to apply silicone or anti-slip patterns to socks, heels, soles, and gloves.
3. How many templates are included in the RB-24PS model?
The machine comes with 24 pieces of templates, which allows for the processing of 12 pairs simultaneously.
4. Is the operation system easy for new users?
Yes, the machine features full computer control with an intuitive panel that displays real-time production status, making it very easy to operate.
5. What are the power and air pressure requirements?
It requires a total of 8.5KW power (380AC, 50/60HZ) and a voltage/air pressure requirement of 0.5-0.7Mpa.
6. Can I print different patterns with this machine?
Yes, the system is designed to allow different patterns to be printed with high accuracy and flexibility across each print head.