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Nozzles Rs 1 Pdf

Nozzles Rs 1 Pdf
Nozzles Rs 1 Pdf

Nozzles Rs 1 Pdf The rs 1 can change its function dynamically from high speed chip placement to flexible placement of large components. this improves optimization and line balancing for various products. Nozzles rs 1 free download as pdf file (.pdf) or read online for free.

Juki Rs 1 Rs 1r Nozzle 7501 7502 Flason Smt
Juki Rs 1 Rs 1r Nozzle 7501 7502 Flason Smt

Juki Rs 1 Rs 1r Nozzle 7501 7502 Flason Smt High speed versatility! with maximum speed up to 42,000cph (optimum) and 29,000cph (ipc9850), the rs 1xl is design. d for maximum throughput. the rs 1xl supports components from 0201 metric (008004") up to 74mm square and 50mm x 150mm rectangular part. This document provides information on the rs 1 high speed compact modular mounter from juki. some key points: the rs 1 can handle a wide range of component sizes from 0201 (metric) to 74mm squares or 50x150mm rectangles with heights up to 25mm. Product description: juki rs 1 rs 1r nozzle 7501 7502 7503 7504 7505 7506 7507 7508 7509, we have the full range of juki nozzles, contact us for more information: sales@flason smt. Juki rs 1 nozzle 0.7mm x .4mm od 0.25mm id.

Juki Rs 1 Rs 1r Nozzle 7504 40183424
Juki Rs 1 Rs 1r Nozzle 7504 40183424

Juki Rs 1 Rs 1r Nozzle 7504 40183424 Product description: juki rs 1 rs 1r nozzle 7501 7502 7503 7504 7505 7506 7507 7508 7509, we have the full range of juki nozzles, contact us for more information: sales@flason smt. Juki rs 1 nozzle 0.7mm x .4mm od 0.25mm id. 7500 series nozzle for rs 1 machine. The rs 1r can reduce the workload on high speed. a line with two or more rs 1rs can adjust to a wide variety of production requirements from high speed to high flexibility. With maximum speed up to 42,000cph (optimum) and 29,000cph (ipc9850), the rs 1xl is designed for maximum throughput. the rs 1xl supports components from 0201 metric (008004") up to 74mm square and 50mm x 150mm rectangular parts for maximum flexibility. The rs 1r can change its function dynamically from high speed chip placement to flexible placement of large components. this improves optimization and line balancing for various products.

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