Juki 3010

JUKI first developed KE Series machines in as a pioneer of modular placement machines, combining chip shooters and flexible mounters that enable production lines to be flexibly rearranged to match exact production volume, juki 3010.

The KE is a 7th generation modular placement machine from Juki and represents the latest leading-edge technology for improved flexibility and production quality. It supports a hybrid feeder mix of electronic and mechanical feeders with up to dual lane electronic 8mm tape feeder capacity per machine. Maximum board size is 22" x 24". Single Gantry: 1 Head Per Gantry. Ideal for high-mix, high-changeover environmen ts. Can place 6 components simultaneously and center on the fly. With Linear Encoders.

Juki 3010

L-Wide type substrate x mm optional. Mounting element height. Mounting element size. Laser laser recognition. Image recognition MNVC option. Precision camera: 1. Condition: 0. Placement accuracy. Filled with element type. M substrate: 1, x 1, x 1, mm. L substrate: 1, x 1, x 1, mm. M-type substrate about 1, Kg.

The KE is a 7th generation modular placement machine from Juki and represents the latest leading-edge technology for improved flexibility and production quality. Juki 3010 addition to using electric single lane feeders, it will be possible to use the newly developed electric double tape feeders. The larger number of tape feeders increases productivity due to the significant reduction in changeover, juki 3010.

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High-speed chip shooter, high-speed flexible mounter. Hide thumbs. Table Of Contents. Table of Contents. Quick Links. High-Speed Chip Shooter. Previous Page.

Juki 3010

JUKI first developed KE Series machines in as a pioneer of modular placement machines, combining chip shooters and flexible mounters that enable production lines to be flexibly rearranged to match exact production volume. This modular concept has been warmly accepted by many customers since then. In addition, the new high-speed tray server reduces tray changeover time, improving productivity of the line as the speed of component supply has been increased. Both these placement machines accept electric and mechanical tape feeders. In addition to using electric single lane feeders, it will be possible to use the newly developed electric double tape feeders. The feeder capacity has been up to a maximum types of components, double the number of the previous model. The larger number of tape feeders increases productivity due to the significant reduction in changeover. JUKI will continue to expand and focus on the sales of these mid range placement machines, allowing various configurations of high-speed and high quality production lines.

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For more detailed information including pricing, customization, and shipping: Contact supplier Call Us Loading Vision recognition. Gold Supplier. Air consumption. We'll prepare your order according to the proforma invoice after we receive your total payment. Filled with element type. It supports a hybrid feeder mix of electronic and mechanical feeders with up to dual lane electronic 8mm tape feeder capacity per machine. L size. Precision camera: 1. Our Services. Not exactly what you want?

The KEV is a 7th generation modular placement machine from Juki and represents the latest leading-edge technology for improved flexibility and production quality. It supports a hybrid feeder mix of electronic and mechanical feeders with up to dual lane electronic 8mm tape feeder capacity per machine. Maximum board size is 22"x24".

Board Size. Not exactly what you want? Showroom Location: None. Shenzhen Zens Electronic Co. Mounting element size. Gold Supplier. Filled with element type. Continue shopping. L-type substrate about 1, Kg. It supports a hybrid feeder mix of electronic and mechanical feeders with up to dual lane electronic 8mm tape feeder capacity per machine. You can consult us about the product on line or by e-mail. CN 9 YRS. Company profile. L-Wide size. High Accuracy Laser Align Component Centering Select centering method based on component type, shape, size and ma terial.