Used ZEVATECH / JUKI KE 2060M #9221081 for sale

ZEVATECH / JUKI KE 2060M is a high-speed, precision PC board assembly and fabrication equipment offering unparalleled speed, accuracy and reliability. With multiple placement units, JUKI KE 2060M can place up to 8,000 components per hour. Its advanced Multi-Phase Design enables the machine to cycle at a maximum speed of 7,000 cph, making it one of the fastest production machines available. ZEVATECH KE 2060M is equipped with two separate placement heads and a dedicated inspection head. This system allows it to quickly and accurately place components as small as 0201 size and as large as 55mm QFP devices with precision accuracy of +- .02mm. It can support a wide variety of chip components, Quad Flat Packs, FGAs, connectors, and discrete components. KE 2060M is extremely versatile, capable of meeting the production requirements of various PC board assembly requirements including SMT, conventional through-hole, mixed technology and pin-in-paste. It also offers multiple nozzle options allowing it to quickly switch between different component types, sizes and matrix configurations. ZEVATECH / JUKI KE 2060M is capable of producing both small and large boards up to standard 508 mm x 457 mm. It features a multi-threaded conveyor design which ensures smooth material handling throughout the entire process. It also offers an optimal set-up for improved operator access and easy navigation, making it an ideal choice for automated board assembly. The unit is equipped with laser fiducial control for optimal accuracy and reliability. It also comes with a variety of vision recognition options for added precision. An integrated quality control machine ensures that components are placed accurately and reliably, while integrated traceability features provide a comprehensive record of production data. JUKI KE 2060M is an ideal choice for increased throughput and quality production. Its exceptional speed, precision and flexibility make it a great choice for any type of PC board assembly and fabrication requirements.