Used CHIP RIGHT CRH 3400Q #9231344 for sale

CHIP RIGHT CRH 3400Q is a state-of-the-art handler with a variety of features designed to enhance the efficiency and productivity of chip manufacturing processes. It is designed to precisely move, place, orient, and program chips in a high-speed, uniform manner and support in-line operations, including assembly, testing, and packaging of chips. CRH 3400Q handler has two main components- the Base Station and the Control Unit. The Base Station supports the physical placement and function of the handler while the Control Unit provides the software and commands necessary for handling operations. The Handler is able to scan arrayed chip surfaces, identify their locations, and program, test orpackage the chips. CHIP RIGHT CRH 3400Q handler is equipped with powerful Microtronik XY components and is designed to elevate chip cycling by more than 150% compared to standard handlers. The design allows for minimal to no chip movement as well as a maximum speed-of-operation of 14,000 cycles per hour (CPH). This ensures that chip manufacturing processes can remain productive and efficient. The handler is also equipped with multiple heating zones, with a capability of up to a maximum of seven. This allows the user to heat multiple chips simultaneously, increasing production speed. The design of CRH 3400Q also offers an infinite degree of freedom in terms of movement, enabling chips to be maintained in the right position even during long-running operations. Its open modular setup also allows for easy installation into existing process lines without requiring any additional structures. The chassis is designed for both single and multi-layer chip configurations, as well as vertical and horizontal insertion of chips for additional flexibility. To further reduce downtime, the handler is also fitted with a built-in error alarm that can be connected to a remote monitoring system for easy diagnosis and maintenance. CHIP RIGHT CRH 3400Q is a powerful, versatile, and efficient handler with features that allow for increased throughput and optimal chip cycling. Its features make it perfectly suited for a wide range of chip manufacturing processes, and its open modular design provides the flexibility that enables chip makers to remain productive and efficient.