Versatile Precision Ceramic SMT Nozzle for JUKI 504 on JUKI 2000 Series

Product Specification

Versatile Precision Ceramic SMT Nozzle for JUKI 504 on JUKI 2000 Series

Features

1. High quality manufacturing: Fuji nozzles are known for their high quality and reliability. They are made of high-quality materials, undergo precision processing and testing to ensure their performance and durability. Fuji is committed to providing reliable nozzles to meet the strict requirements of the electronic manufacturing industry.
2. Multifunctionality: Fuji nozzles have a wide range of adaptability and can be used to handle various sizes and types of components. They are suitable for different SMT equipment and processes, including SMT machines, reflow soldering machines, etc. Fuji nozzles can be used for picking up and mounting chip type components, such as resistors, capacitors, chips, etc.
3. High precision positioning: The Fuji nozzle design is precise and has excellent positioning capabilities. They can accurately pick and place components at the target position on the printed circuit board, ensuring precise assembly and soldering. This high-precision positioning helps to improve production efficiency and quality.
4. Quick replacement: The design of the Fuji nozzle is easy to replace and maintain. In the electronic manufacturing process, it is necessary to replace nozzles according to assembly requirements and component types. The quick replacement function of Fuji nozzles can reduce downtime and improve production efficiency.

This JUKI 504 nozzle used for JUKI 2000 series Chip Mounter, for SMD pick and place, it's made of high quality Ceramic, Tungsten Steel and Rubber.

Specifications

SMT (Surface Mount Technology) nozzle is an important component used in automated SMT equipment. Its main function is to remove surface mount components from the feeder and place them on the PCB board. The structural principle of the suction nozzle is as follows:

1. Inflation principle: The suction nozzle usually adopts the inflation principle, which generates or applies negative pressure inside the nozzle to absorb the SMT components. There is usually a cavity inside the suction nozzle, which is connected to the air source and vacuum system. When the suction element is needed, negative pressure is applied to the cavity, making the suction nozzle a negative pressure environment.

2. Suction cup structure: The end of the suction nozzle is usually equipped with a suction cup, which has multiple small holes. When negative pressure is applied to the suction nozzle cavity, air will be sucked in through the small hole on the suction cup, generating negative pressure suction. Suction cups are usually made of soft materials to accommodate components of different sizes and shapes.

3. Contact principle: When the suction cup of the nozzle contacts the surface of the SMT component, due to the negative pressure, a seal is formed between the suction cup and the component, allowing the component to be firmly adsorbed on the nozzle. In this process, the contact force between the nozzle and the component needs to be just right, maintaining sufficient adsorption force while avoiding damage to the component.

JUKI 2000 Series nozzle models

E36087290A0 JUKI NOZZLE 500 ASSY.1.0×0.5
E36007290A0 JUKI NOZZLE 501 ASSEMBLY 0.7×0.4
E36017290A0 JUKI NOZZLE 502 ASSEMBLY O 0.7/O 0.4
E36027290A0 JUKI NOZZLE 503 ASSEMBLY O 1.0/O 0.6
E36037290A0 JUKI NOZZLE 504 ASSEMBLY O 1.6/O 1.0
E36047290A0 JUKI NOZZLE 505 ASSEMBLY O 3.5/O 1.7
E36057290A0 JUKI NOZZLE 506 ASSEMBLY O 5.0/O 3.2
E36067290A0 JUKI NOZZLE 507 ASSEMBLY O 8.5/O 5.0
E36077290A0 JUKI NOZZLE 508 ASSEMBLY O 9.5/O 8.0

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