Gas Pin Nail Assembly Machine
Main Features
The Gas Pin Nail Assembly Machine uses a vibrating plate to transport the collated part that has been injected to the specified position, and at the same time uses the vibrating plate to transport 20 nails to the same position, and uses the air cylinder to push all the nails into the plastic tube at the same time. Then the collated gas pin is finished and continues to the next action.
Technical Parameters
| Speed | 100Pcs Per Minute |
| Measurement | 1.2×0.6×0.6M |
| Delivery Time | 60Days |
| Guarantee | 1Year |
| Power | 220V |
| Certificate | Ce |
| Package | Wooden Box |
| Hs Code | 8479899990 |
| Driven Type | Eleectronics |
Gas Pin Nail Assembly Machine Main functions
An air needle assembly machine is an automated equipment, mainly used to assemble air needles, also known as syringe needles or syringe needles. Its main functions include the following aspects:
- Air needle automatic feeding: Automatically remove the air needle from the tray or barrel for subsequent processing.
- Air needle automatic alignment: Align the air needle to the processing position automatically to ensure processing accuracy and efficiency.
- Automatic cutting of air needles: automatic cutting of air needles to ensure that the length and shape of the needles meet the requirements.
- Automatic assembly of air needles: automatic assembly of air needles and syringes to form a complete syringe needle.
- Automatic inspection of air needles: automatic inspection of assembled air needles to ensure that the quality and performance of the needles meet the requirements.
Through the automatic production of the air needle assembly machine, production efficiency, and product quality can be improved, and labor cost and production costs can be reduced. It is widely used in medical, pharmaceutical, chemical, and other industries.
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Gas Pin Nail Assembly Machine Introduction
An air needle assembly machine is an automatic production equipment used to manufacture semiconductors, electronic components, and other micro-mechanical devices. It uses an air pressure system to lift tiny components (such as transistors, capacitors, resistors, etc.) from a feeder and place them precisely on a printed circuit board (PCB) or another substrate.
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