4-Axis Motorized Micromanipulator



QUAD®, the newest Sutter Instrument motorized micromanipulator, is easy-to use and features four independent axes. Three axes provide the X, Y, Z-orthogonal motion typical of most motorized micromanipulators. In the QUAD®, Sutter introduces a true fourth axis to move the electrode coaxially at exactly the desired angle of approach. The X, Y and Z axes have a 25 mm range of motion, and the fourth, diagonal axis, has 30mm of travel to significantly extend the reach of the system.

The QUAD® is very easy to operate. The compact design takes up minimal bench space, has ROE control, a digital display of position, is fan free and intuitive to use. ROE inputs for each axis allow facile manual control of electrode position. Five conveniently located buttons control all of the basic functions that you will need in normal operation. Press and hold the Work button to quickly store a work position; press Work again and the manipulator will return to the same location. Home sends the manipulator to an initial location or any user defined position, which is useful for changing electrodes rapidly. When you are ready to begin collecting data the motor drive electronics can be suppressed by pressing Quiet. Display coordinates can be zeroed at any location by pressing Relative; go back to absolute coordinates by pressing Relative again. Finally, Pulse activates a pulse movement mode that produces small, rapid bursts of motion that can be advantageous for sharp electrode cell penetration.

All of the electronics, except for a small power supply, are inside the QUAD® controller. Sutter has achieved this space savings by using high frequency current switching to regulate motor output. Switching technology allows us to put a four-axis stepper motor controller in a small box with no fan. In some experiments we expect users may detect a bit of high frequency electronic noise (compared to our standard linear controllers). However, once the pipette is in place and the Quiet mode activated this noise is eliminated. The Quiet mode also locks out the ROE input to avoid any accidental motion due to touching the ROE. In Quiet mode, the LED display turns red to indicate that the ROE knobs are inactive.

In keeping with the compact, easy to use controller, the QUAD® has no computer connections. Users who need a controller with computer connectivity or a controller that can be used to generically control a range of stepper motor devices are encouraged to use the industry standard Sutter MP-285 or the MPC-200 controllers.


  • Four independent axes – 30mm travel in diagonal for coaxial pipette movement, 25mm travel in X, Y and Z
  • Sub-micron 100nm resolution
  • True diagonal assures coaxial movement
  • Quiet mode eliminates electrical noise
  • Digital display indicates coordinates in relative or absolute
  • User-friendly, fanless compact controller with ROE preserves bench space
  • Push button control of multiple functions – WORK, HOME, QUIET, PULSE and RELATIVE
  • Robotic HOME and WORK position moves for easy automated pipette exchange
  • Suited for in vivo electrophysiological recording


30 mm on diagonal 4th axis
25 mm on X, Y and Z axes

115/230 Volts
50/60 Hertz power line

CE Certificate


Catalog Number Description
Quad-L 4-axis manipulator with ROE controller, left-handed setup
Quad-R 4-axis manipulator with ROE controller, right-handed setup
MT-78-FS Fixed platform stage plate with imperial/standard holes, chamber insert and gantry supports
MT-78-FS/M6 Same as MT-78-FS with M6 tapped holes
MT-75 Standard gantry stand 8.7 to 13.4 in (22.1 to 33.9 cm)
MT-75S Short gantry stand 6.7 to 9.6 in (16.9 to 24.4 cm)
285204 4″ dovetail extension
2212001 Mounting adapter plate
225RBI Rotating base
221165 Z-axis vertical extension
BR-AW Rod holding clamp for XenoWorks® injectors
MP-ROD Rod holder

1 For use with MT and MD series stands and platforms, or any surface with 1 inch centered holes

Tech. Information

Mechanical Drawings
Download Sales Flyer

QUAD® Product Feature
Setting ‘Short’ and ‘Long’ Home
Attaching the Z-Axis Extension Plate