Used MICROMANIPULATOR 6200 #163139 for sale

Name: MICROMANIPULATOR 6200
Brand: MICROMANIPULATOR
SKU: 163139
Availability: InStock

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Probers

Manufacturer

MICROMANIPULATOR

Model

6200

ID: 163139

Wafer Size: 6"

Wafer probe station, 6" Includes B&L Micro Zoom (7) optics (20-140X), 6" chuck, 6x6" travel, manual movement Accepts 10 or more magnetic or vacuum based manipulators 1 in. (25.4 mm) thick honeycomb construction for maximum stability Fine Lift Control True planar vertical motion, convenient knob control Resolution: 0.3 micron per degree revolution Range: 0.5 in. (12.7 mm) Fast Lift Control Raises platen and microscope with adjustable microscope lift delay Range: 1.35 in. (34.3 mm) Three locking up positions Resolution: 18:1 reduction (handle:platen) XY STAGE Stage Movement Range of motion 6 in. x 6 in. (152 mm x 152 mm) Movement and vacuum stage planarity permanently set at factory Theta rotation control full 360° with conveniently located locking knob Control knobs coaxial X-Y for single hand operation from either side, located center front Vacuum Stage Standard 5 in. (127 mm) diameter with dual tweezer slots Gold plated brass for low contact resistance Flatness t.0005 in. (t 12 microns) Electrical isolation exceeds 5000 megohms at 500VDC OPTIONAL SOCKET STAGE Conversion time vacuum to socket and back to vacuum stage less than 60 seconds Accepts P.C. cards with ZIF sockets for probing packaged devices while operating Locking handle for theta rotation control MICROSCOPE AND POST Vertical positioning +1.4 in. ( support) Vertical motion 0 -1.35 in. (34.3 mm) by platen fast lift handle or fine control knob with adjustable delay X-Y translation: 1 in. x 1 in. (25.4 mm x 25.4 mm) with convenient knob control Factory planarized X-Y translation Coarse/fine focus control Microscope B&L MicroZoom with 2:1 zoom in body 3 long working distance objectives (2.25X, 8X, 25X) Quadruple nosepiece accepts optional 50X objective Trinocular head with camera port, 10X eyepieces Coaxial illuminator with system mounted transformer and infinite rheostat control.

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MICROMANIPULATOR 6200 is a micropositioning and pointing device that offers tremendous accuracy and flexibility for a range of probing and measurement applications. The device features two sets of crossed GPM-25 micrometers that can be mounted at any angle for maximum flexibility. The manual positioner has a travel range of 10mm in both the linear and angular axes, with 0.1µm resolution, and repeatability of 15µm. It is ideal for a variety of wafer probing, handling, and inspection applications. 6200 provides a stable base to ensure accurate test results regardless of the environment in which it is used. To further minimize errors, the micropositioner incorporates pneumatic damping to provide smooth, response free motion. Its adjustable speed control and joystick handle allow the operator to precisely control motion in both the linear and angular axes. The micropositioner also offers a variety of sensing and control capabilities. It is capable of continuous angular measurement for rapid angular positioning, as well as feedback control for high-accuracy stabilization of surface contact force. Additionally, the position detector responds without the need for manual adjustment to help maintain a consistent force during automated measurements. MICROMANIPULATOR 6200 is a versatile tool that can also be used for wafer testing and inspection. The smoothly rotatable nozzle of the micropositioner can be used for controlled deposition of small drops of solder paste and adhesives, and several WSI-specific chuck-mount gaseous and liquid media sources can be specified according to application. Additionally, the tool can be configured with a Direct-Viewing Microscope and digital imaging capabilities to enable non-contact viewing and qualitative analysis of the sample surface. Overall, 6200 offers a high degree of accuracy and flexibility for wafer probing and testing applications. Its intuitive motion control and sensing capabilities provide the user with reliable, repeatable results and ease of use. Its wide range of available configurations also makes it suitable for a variety of wafer probing, handling, and inspection applications.