Our most popular Micropositioner offering true linear motion of 12mm in each axis X-Y-Z and 1.0µm resolution. Supplied in left hand version with Magnet On/Off Base for ease of placing and positioning on the platen. Suitable for use with standard bracket or with soft landing inclination using our coaxial and triaxial tubular tip holders. Accuracy: 1.0micron (1.0µm ) Base Type: Magnet on/off Precision linear bearings Travel X-Y-Z: 12MM * 12MM * 12MM Lead screw: 80 TPI (threads per inch) Right hand Version Dimensions: 52mm(W) x 96mm(D) x 76mm(H) Weight: 550g The EB-050 series is available in left and right hand versions with Permanent Magnet (M), Magnet on/off (E) or Vacuum bases (V) to suit all applications. Also available in 100TPI for 0.7µm resolution.

High precision micropositioner with true linear motion of 12mm in each axis with 0.35/0.70um resolution. Larger footprint for greater stability and finer control, for RF probing, Available with Permanent Magnet (M), Magnet on/off (E) or Vacuum bases (V) to suit all applications. Accuracy: 100 TPI = 0.70micron (0.70um) / 200 TPI = 0.35micron (0.35um) Travel X-Y-Z:12MM * 12MM * 12MM Lead screw: 100/200 TPI (threads per inch) Base Types: Permanent Magnet, Magnet on/off or Vacuum Dimensions: 52mm(W) x 96mm(D) x 76mm(H) Weight: 1000g

Space saving Micropositioner with linear motion of 12mm in each axis with 3.0µm resolution. Supplied with Magnet on/off (E) base. Also available with Permanent Magnet (EM-700M) or Vacuum base (EM-700V). Accuracy: 3.0 micron (3.0um) Travel X-Y-Z: 12MM * 12MM * 12MM (standard) Travel X-Y-Z: 20MM * 20MM * 20MM (please ask) Lead screw: 40 TPI (threads per inch) Dimensions: 38mm(W) x 62mm(D) x 45mm(H) Weight: 200g

The highest precision micropositioner fit for your DC and RF needs. Best for failure analysis and fibre alignment for photonics

Suitable for millimeter wave probe station measurement.

Suitable for millimeter wave probe station measurement.

Suitable for Cryogenic probe station measurement.