Micropositioners

• Accuracy : < 50 µm
  
• Knob : Joystick
  
• Base : Magnetic

This low cost micropositioner was developped for hybrids probing or general probing on 500µm and larger pads The joystick positioner S750 will accept standard probe holders model Ux.A large scan area is coupled with the adjustable Z movementThe base is magnetic and the overall dimensions particularly lowThe spring probe clamp is isolated from the rest of the body while maintaining electrical con...

• Accuracy : < 10 µm
  
• Base : Magnetic or vacuum
  
• Knob : Right or Left

This economic micropositioner will allow landing on pads or lines down to 20µm Spring head (for fragile surface or temperature), allows limiting the pressure of needles on the pads80 TPI resolutionMagnetic or Vacuum base mountPlacement to the right or to the left of the platen upon reference...

• Accuracy : < 10 µm
  
• Base : Magnetic or vacuum
  
• Knob : Right or Left

This economic micropositioner will allow landing on pads or lines down to 20µm Pivot head (quick Z down before fine adjust, ideal for probe station)80 TPI resolutionMagnetic or vacuum base mountAvailable in Right-handed version ou Left-handed...

• Accuracy : < 10 µm
  
• Base : Magnetic or vacuum
  
• Knob : Right or Left

This economic micropositioner will allow landing on pads or lines down to 20µm Pivot head (quick Z down before fine adjust, ideal for probe station)80 TPI resolutionMagnetic or vacuum base mountAvailable in Right-handed version ou Left-handedHigh temperature (max 600°C)...

• Accuracy : < 5 µm
  
• Knob : Right or Left
  
• Base : Magnetic or vacuum

This Precision positioner packaged in a small footprint allows placing probe tip on pads ou lines within accuracy of the micron The Pivot head is perfect for a quick positioning in ZResolution 100 TPI (Tour per Inch)Fixing on the platen by Magnetic base or by vacuumPlacement to the right of the platen or to the left upon referenceOther versions of the S926 offer Spring head (limiting needle press...

• Accuracy : < 5 µm
  
• Knob : Right or Left
  
• Base : Magnetic or vacuum

This Precision positioner packaged in a small footprint allows placing probe tip on pads ou lines within accuracy of the micron The Articulated head is perfect for ''Top Hat'' useResolution 100 TPI (Tour per Inch)Fixing on the platen by Magnetic base or by vacuumPlacement to the right of the platen or to the left upon reference ...

• Accuracy : 1 µm
  
• Knob : Inline
  
• Base : Magnetic or vacuum

High-precision micropositioner with inline controls knobs, the SP100 will allow easy landing on pads as well as internal lines within micron accuracy. The down Z movement of the tip is totally verticalThe knobs with micrometric graduations (100TPI) allow an optimal density on the platen.Pivot head (Quick down Z for pre-positioning then fine movement) or Standard head with Z knobMagnetic base or v...

• Accuracy : < 1 µm
  
• Knob : Inline
  
• Base : Magnetic or vacuum

High-precision ultra-stable micropositioner with inline controls knobs, the SP150 will allow easy landing on pads as well as internal lines with a submicron accuracy. The down Z movement of the tip is totally verticalThe knobs with micrometric graduations (100TPI) allow an optimal density on the platen.Standard head (down movement by the Z fine knob) or Pivot head for a quicker Z positioningThe S...

• Accuracy : < 2 µm
  
• Base : Screwed or magnetic
  
• Head style : 3 holes RF style

The SM40 micropositioner is specifically designed for microwave probing, it has one inch movements in all axes and a cross-roller bearings to prevent accidentally moving the tip if bumped. Accepts all types of coplanar RF probesPerfectly stable with screw-lock fixation on the platen (optional magnetic base)An integral co-planarity adjustment provides for adjusting G-S-G tip planaritysIt is availa...

• Accuracy : < 2 µm
  
• Base : Screwed or magnetic
  
• Head style : 3 holes RF style

The SM90 micropositioner is specifically designed for microwave probing, it has one inch movements in all axes and a cross-roller bearings to prevent accidentally moving the tip if bumped. Accepts all types of coplanar RF probesPerfectly stable with screw-lock fixation on the platen (optional magnetic base)An integral co-planarity adjustment provides for adjusting G-S-G tip planaritysIt is availa...

• Accuracy : < 1 µm
  
• Base : Screwed or magnetic

Controlled by computer and/or by joystick, the CAP probes have built-in micro-motors and are specifically designed for the Checkmate serie of Submicronic probers. Direct plug in to any model of the serie (4 maximum by prober)It allows automatic "hands-off" Test sub-routines inside a die or when a probecard is used to polarize the device in view of testing its internal nodesAvailable in RF versio...