Tamprinter glitter powder machine The operating principle

Tamprinter glitter powder machine The operating principle video

https://youtu.be/IyzDyWEjl5g

1. Technical parameter:

The process flow is the same. Glitter powder can be sprinkled on paper or leather, or on fabric, in the same way.

Step 1: Apply glue to substrates such as paper, and apply glue or pattern silk-screen glue to the surface of the product to be dusted, usually white glue or UV glue
Step 2: The glue has not dried yet, start dusting, and pressurize it if necessary.
Step 3: Enter the cleaning box, absorb or brush off the excess gold powder, if it is a pattern of glue silk screen printing, no glue outside the pattern area will not absorb the glitter powder and be sucked away.
Step 4: Coat or screen-print the powdered surface with glue (transparent treatment type glue) (optional)
The fifth step: drying by ultraviolet or infrared drying tunnel
Step 6: Gold glitter finished products are stacked or rolled.

2.  Application:

   It is apply to the color powder spraying of the greeting cards, textile, vanities, leather, etc.                  
3.  Feature: 

 An after-printing machine instead of traditional hand glitter powder printing; easy use; non-dusting; used with screen printing machine can increase efficiency greatly, increase the use rate of glitter powder; make various pictures with glitter powder.

 If necessary, connect to UV light curing unit and infrared-ray dryer, etc.

 Key components, such as conveyer belt, blower, transducer are imported from advanced technology country, so that the machine will be more steady and durable.

Stick gold powder, Use white glue will be cheaper than the uv glue, but be sucked particles clog the suction inlet, need to often clean  the suction inlet

Tamprinter glitter powder machine has an alias:
Glitter powder dusting machine, Glitter powder coating machine, Glitter powder laminating machine.
Patent name: production method of automatic glitter powder machine
Technical field:
The utility model relates to the processing field of the post-printing process of paper, which is an automatic glitter powder machine.
2. Technical background
At present, the process of spraying glitter powder on printing paper is mostly done manually, that is, manually sprinkle the glitter powder on the paper with the printed pattern evenly. The glitter powder is shaken off manually or blown away by compressed air, because the glitter powder itself is small in size and light in weight, which can easily cause dust pollution in the workshop, which has a great impact on the health of the operators themselves and the surrounding environment. , and the glitter powder cannot be recycled more thoroughly.
Although the utility model patent of automatic glitter powder machine improves the degree of automation, reduces labor, and can also recover some excess glitter powder to a certain extent, there are defects such as only a single suction port and a single suction port in structure. The conveyor belt device is equipped with a pinch roller on the conveyor belt, which causes scratches on the surface of the printed matter and more glitter powder on the back of the printed matter. The finer powder is easier to stick, and it still needs to be done manually or by a compressor. Removal, resulting in increased labor and environmental pollution, especially high-end printed matter must not allow the printed matter to be scratched and the phenomenon of sticking powder on the back.
3. Content of the Invention
Aiming at the defects existing in the decoration of the above-mentioned printed matter such as paper, the utility model provides a fully automatic glitter powder machine that can achieve that the printed matter is not scratched and can fully recycle the excess glitter powder in the subsequent process.
The technical scheme of the fully automatic glitter powder machine is that it includes a dusting device, a recovery device, a conveying device and an upper and lower frame, and is characterized in that the dusting device and part of the recovery device are arranged in the upper frame, and A wind powder The separator and B air powder separator are arranged side by side on the upper frame, the upper frame is arranged on the lower frame, the conveying device is arranged under the dusting device, and the upper suction port is arranged on the upper frame.
The suction pipe is connected with the A-wind powder separator, and the left side of the upper suction pipe is connected with the powder collecting hopper powder recovery pipe, so that the powder collecting hopper can be recovered into the dusting hopper; B is connected to the air powder separator. The lower part of the lower suction pipe is connected to the lower suction port equipped with a rotatable paper roller. The upper suction port is opposite to the lower suction port to form a double suction port device. The printed matter passes between the upper and lower suction ports. Suck it up, the paper roller supports the printed matter without being scratched, and the excess powder on the top and back of the printed matter can be recycled into the powder hopper for reuse, so as to save the glitter powder. The dusting device is composed of a dusting hopper, a dusting switch and a spring sheet. The dusting switch is connected with the dusting port of the dusting hopper. The dusting hopper is fixed in the upper frame through the spring sheet. The dusting hopper is set. Below the lower powder port; in the recovery device, two air powder separators A and B with fans are fixed side by side above the upper frame, the right outlet is connected to the lower powder port, and the left port of the A air powder separator is connected to the upper The suction pipe is connected, the upper suction pipe is connected with the upper suction port, the left side of the upper suction pipe is connected with the upper part of the powder collecting hopper powder recovery pipe, and the lower part is openly connected with the lower part of the powder collecting hopper; The upper part of the pipe is connected to the lower suction port, and the lower part is connected to the lower suction port to form a double suction port device. One of the upper and lower suction ports is on the top and the other is on the bottom. In the described conveying device, the conveying belt is divided into two sections, and several beef tendons are embedded in the semi-circular arc groove of the transmission shaft to fix the conveying belt from deviation. In the double suction port double conveyor belt device, a lower suction port is set in the middle of the two sections of the conveyor belt, and there are several rotatable paper rollers inside, which are located between the lower frame and the upper frame, thus forming a double suction port and double conveying. Belt device, the advantage of adopting the invention is that the printed matter is automatically sprinkled with glitter powder, which has a high degree of automation and reduces labor intensity; The lower suction port is supported by the paper support roller, which will not scratch the printed matter; after the printed matter is printed, the excess glitter powder on the top and back of the printed matter and the powder in the powder collecting hopper can all be recovered into the powder hopper for recycling, not only Reduce environmental pollution, and improve productivity and print quality.