Juki RS Nozzle

Dobeter’s Juki RS Nozzle is precision-engineered tools tailored for JUKI RS-1 and RS-2 SMT placement machines, supporting a wide range of component sizes and types with high durability and placement accuracy. The JUKI RS-1 and RS-2 mounters are designed to use interchangeable nozzles that accommodate various SMD component shapes such as resistors, capacitors (RC), varicaps, SOTs, QFNs, BGAs, and other profiles. Dobeter’s Juki RS Nozzle are labeled from 7500 to 7508 are compatible with the RS-1 series, each designed with different core shapes and sizes to suit specific component types, ensuring optimal pick-up and placement performance .JUKI RS-2 features an advanced “TAKUMI head” with 8 nozzles that automatically adjust sensor height for precise component handling, compatible with nozzles supporting components from very small (03015) up to large sizes (74mm square or 50x150mm rectangles) .
Dobeter’s Juki RS Nozzle maintains consistent performance on SMT lines, offering excellent wear resistance and operational longevity, crucial for continuous production, provides a wide range of standard and special “odd-shaped” nozzles customized to the unique requirements of different electronic components and machine models, ensuring precise and stable placement , load cell and laser recognition technologies integrated within RS-2 machines provide enhanced placement force sensing and defect prevention for components handled by the nozzles.
– Typical nozzle with part numbers :
JUKI Nozzle 7500 40183420
JUKI Nozzle 7501 40183421
JUKI Nozzle 7502 40183422
JUKI Nozzle 7503 40183423
JUKI Nozzle 7504 40183424
JUKI Nozzle 7505 40183425
JUKI Nozzle 7506 40183426
JUKI Nozzle 7507 40183427
JUKI Nozzle 7508 40183428
JUKI Nozzle 7509 40183419
Dobeter’s Juki RS Nozzle is integral to SMT placement accuracy, compatible with RS-1 and RS-2 machines, supporting component sizes from as small as 03015 metric up to large ICs and connectors (74×150 mm), tailored to component type, size, and packaging ensure optimal placement performance, including adaptive sensor heights, laser recognition, and load cell force sensing complement nozzle precision for high-speed, high-quality SMT assembly.