Used SEIKO / EPSON NS 8080SH #9350419 for sale

SEIKO / EPSON NS 8080SH
Manufacturer
SEIKO / EPSON
Model
NS 8080SH
ID: 9350419
Vintage: 2018
Handler EP Regulator (7) Lonizers Height, 6" Drawer Mechanical chuck (8) Hands picker LCD Monitor Keyboard 2018 vintage.
SEIKO / EPSON NS 8080SH is a high-performance handler of an SMT board that is equipped with a vision system that enables successful semi and fully-automated operation. It offers an integrated solution for industrial SMT board handling for component placement and inspection. The unit is fully enclosed to protect the electronics from dust and other environmental factors. The handler features an integrated vision system with a 16-bit 2D/3D camera that allows for precise component positioning and inspection for the high accuracy assembly of fine pitch components. It also features an auto-feeder of components that is able to handle chip components with height up to 5.0mm and sandwiched ceramics with height up to 10.0mm. The machine incorporates symmetrical double-wing pick-up heads that, in combination with the auto-feeder, allows for the use of a wide variety of sizes and types of components for assembly. SEIKO NS 8080SH features advanced indexing precision that allows for smooth handling of the board during placement of components. The indexer uses a controller with a maximum accuracy of +/-0.02mm, which allows for faster cycle times and more accurate placement of components. EPSON NS8080SH uses a SMEMA-compliant interface that makes it compatible with a wide range of board handling systems and software. Furthermore, it can be used in multiple manufacturing lines and various operational procedures. The human-machine interface is user-friendly, allowing users to quickly program and operate any task of the board handling system. Overall, NS 8080SH provides an integrated SMT board handling solution that is reliable, accurate, and suitable for high-precision assembly and inspection. This handler enables efficient placement and inspection of components with a high degree of accuracy that is essential for the optimal functioning of the board.
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