• High quality stage for manual measuring applications with 0.5 micron encoder resolution
• Thin cross-section (0.96- 1.48") allows stage to easily adapt to most microscopes including Leica, Mitutoyo, Nikon, Olympus, and Zeiss
• Proprietary KORE-FRAME links X-Y axes in a single piece of metal for superior orthogonality and flat-ness (other stages use 4 extra components bolted together and are subject to assembly inaccuracies)
• Linear accuracy is laser calibrated to less than 1micron error in 5000; flatness and straightness better than 1 in 5000; orthogonality exceeds 1 in 10,000
• Repeatability within 2 microns
• Unique hardened steel friction drive for backlash-free operation outlasts rack and pinion systems
• Bearing slides made from single piece hardened steel use cross-roller bearings for extra precision and rigidity (other stages use split triangular wires)
• Basic and metrology digital readouts available

Also see K-Series Non-Measuring Microscope Stage
 

PART # DESCRIPTION 142-642-9# K64 Stage, 6x4 X-Y, 0.5um resolution, Transmitted Light w/Glass Insert 142-643-9# K64 Stage, 6x4 X-Y, 0.5um resolution, Reflected Light 142-662-9# K66 Stage, 6x6 X-Y, 0.5um resolution, Transmitted Light w/Glass Insert 142-663-9# K66 Stage, 6x6 X-Y, 0.5um resolution, Reflected Light 142-882-9# K88 Stage, 8x8 X-Y, 0.5um resolution, Transmitted Light w/Glass Insert 142-883-9# K88 Stage, 8x8 X-Y, 0.5um resolution, Reflected Light 142-922-9# K300 Stage, 12x10 X-Y, 0.5um resolution, Transm. Light w/Glass Insert 142-923-9# K300 Stage, 12x12 X-Y, 0.5um resolution, Reflected Light  ORDERING INFORMATION 1) A microscope stage mount MUST be specified (see Mounting), otherwise D102 Hole Pattern will be provided. 2) For knob style, please specify # as:      0 = Small 1.5" diam, Short 1.5"  (Standard)      1 = Small 1.5" diam, Long 2.5"      2 = Large 2.25" diam, Short 1.5"      3 = Large 2.25" diam, Long 2.5" 3) Order a Digital Readout. 4) See Mask & Wafer Inspection Accessories   DIMENSIONAL SPECIFICATIONS   Note: Stage Dimensions are without Linear Encoders.