Used MICROMANIPULATOR 6200 #9004496 for sale

MICROMANIPULATOR 6200 is an advanced prober designed for precision probing and microtoming of various materials. It is made up of a sturdy base, a half-circle manipulator arm, and a post with a finely crafted probe tip. This highly maneuverable machine can be operated in a variety of orientations and provides unprecedented accuracy of motion in the x, y, and z axes. The base of the prober sits firmly atop a counterbalanced stand and is constructed of a light, strong aluminum alloy. It is equipped with a thermoelectric cooler for precise temperature stalls and noise-dampening casters. A control stick and non turbo joystick offer precise control over the manipulator arm, while a robust visual probe indicator and a digital readout display allow for accurate measurements of the tip's position. The joystick can be equipped with an optional mechanical spring which offers more fine-grained control over the arm's position. 6200 manipulator arm is made up of forged steel and combines the versatility of a single-axis system. This arm can be manually adjusted for position, and fine-tuning of a probe lead's angle or yaw is possible via a special micrometer knob. This advanced arm provides motion in a full 360°, allowing for the discovery of small features on a sample's surface. The protruding post and tip further increase the machine's accuracy and make microtoming easier. MICROMANIPULATOR 6200 includes its own specialized probe tip, which feature a 3-degree taper and a sharpened point to allow for accurate cutting. Its design is designed to exploit the machine's sensors, which measure a component's surface manually. This data can then be stored and used as a reference for all future operations of this prober. 6200 is versatile and compact, making it perfect for use in labs or workshops. Its intuitive design and features provide unparalleled accuracy and precision for probing and microtoming applications. This machine is a reliable and accurate tool for uncovering even the smallest details on a component's surface.