| Description | Used in complex experiments in conjunction with our other micromanipulators, or as a stand alone unit in a teaching environment, the MM-33 is available separately for those wishing a small, practical instrument in applications not requiring submicron accuracy.
The MM-33 is the right choice for Used in complex experiments in conjunction with our other micromanipulators, or as a stand alone unit in a teaching environment, the MM-33 is available separately for those wishing a small, practical instrument in applications not requiring submicron accuracy.
The MM-33 is the right choice for tight environments which require maximum versatility within a small space. The optional rotating base and tiltable X-axis provide even further flexibility.
Stainless steel cross-loaded roller bearings are designed to offer low friction and smooth linear motion with a minimum of side play. The pre-loaded rollers are set at 90 degrees to the hardened steel guides ensuring constant contact and accuracy. This precise rack and pinion drive gives stable, drift free movement with minimal backlash. The controls are placed one above the other which makes for less hand movement and easier positioning. The scales for all axes are calibrated in 0.10mm increments and the fine micrometer adjustment for the X-axis thrust is calibrated at 0.01mm with estimates to 5µm.
The optional rotating base extends the utility of the MM-33 by providing two additional rotating planes. The rotation in the horizontal plane (approximately 120 degrees) has a positive stop, quick release mechanism for fast insertion and removal of pipettes. The second rotating axis allows the MM-33 to be tilted in a vertical plane from 0 to 70 degrees.
The optional tiltable X-axis allows the fine axis to be tilted up to 45 degrees. An optional vertical lock is also available for locking the position of the vertical axis. These options should be ordered at the time of purchase since the modifications are factory installed.
Individual excursions are as follows:
X-axis coarse movement: 37mm
X-axis fine movement: 10mm
Y-axis horizontal movement: 20mm
Z-axis vertical movement: 20mm Features: MM-33
Compact design allows use in tight environments.
Cross-loaded roller bearings for smooth, low friction movement.
Rack and pinion drive gives stable movement with minimal backlash.
Options: MM-33A
Rotating base allows horizontal rotation and vertical tilting.
Rotating base allows horizontal rotation and vertical tilting.
Vertical axis lock. ... Read More | The MP-225 is one of the newer members in the Sutter Instrument micromanipulator line. Production and design changes have allowed us to produce a motorized manipulator that is a more affordable alternative to the industry standard MP-285. While the MP-225 feature set is less comprehensive than the The MP-225 is one of the newer members in the Sutter Instrument micromanipulator line. Production and design changes have allowed us to produce a motorized manipulator that is a more affordable alternative to the industry standard MP-285. While the MP-225 feature set is less comprehensive than the MP-285, it includes the most popular features with a user interface that is simpler to use. The mechanical design utilizes a miniature stepper motor and integral anti-backlash gear head. Pre-loaded ball bearing slides provide smooth movement throughout the 25mm of travel. The controller uses low-noise, linear-drive output circuitry identical to that found in the MP-285. The methodology for mounting pipette holders and headstages used with the MP-285 has been maintained in the MP-225 to allow for cross compatibility.
The MP-225 is designed primarily for positioning patch and intracellular recording pipettes. We have retained and refined the features most desired for this type of work. An extended version of the popular rotary optical encoder (ROE) is the sole input device available with the MP-225. Like the MP-285, the manipulator has a synthetic 4th axis for diagonal advancement of the pipette; 16 different angles are selectable via DIP switches. Speed and resolution of movement are easily selected with a multiple position thumbwheel, allowing fast/coarse movement and slow/ultra-fine movement in 10 increments. Two commonly used robotic movements have been incorporated for user convenience. A single button press can initiate a move to a Home position for pipette exchange or to a user defined Work position for quick location of the pipette near the recording location.
A display on the ROE gives position location. As all controls are located on the ROE, the controller can be moved to a less accessible area of your setup and does not need to occupy prime space in an equipment rack.
As always, our technical support team is available to address your particular needs and answer all questions before and after your purchase.
Features: MP-225
- Highly stable for experiments intolerant of pipette drift.
- Submicron (62.5nm) minimal resolution for fine movement.
- Convenient thumbwheel selects resolution/speed of movement.
- 25mm of motorized travel on all three axes.
- 4th axis for coaxial movement of pipette, angle selected by DIP switches on ROE.
- ROE button press actuates move to Home position for pipette exchange.
- ROE button press actuates move to Work position near recording location.
- Continuous display (in microns) of axes positions located on ROE.
- DIP switches on ROE select direction of movement produced by turn of ROE knob.
- Modularized, compact design easily adaptable to your setup.
- Mounting adapters included with manipulator.
... Read More | The classic micromanipulator developed by Sir Huxley many years ago is still considered by many investigators to be the finest manual micromanipulator available. The MP-85 offers the advantage of a very large range of movement with its built-in coarse manipulator and precise submicron movement with The classic micromanipulator developed by Sir Huxley many years ago is still considered by many investigators to be the finest manual micromanipulator available. The MP-85 offers the advantage of a very large range of movement with its built-in coarse manipulator and precise submicron movement with the fine controls. Coarse positioning is achieved with a three axis manipulator mounted on top. The ultrafine positioning is accomplished with the large micrometers mounted on the base. These micrometers provide smooth, precise movement through a 10:1 reduction mechanism.
The brass and stainless steel construction of the MP-85 makes for a very heavy and solid micromanipulator with excellent damping properties. This exceptionally stable design is ideal for patch clamp recording, intracellular recording, or any other application that is intolerant of drift.
Please contact Sutter Instrument for any additional information on the suitability and use of the MP-85 micromanipulator for your specific application. Features: MP-85
Dual springing of the moment arms to insure zero backlash and zero torsion.
The micromanipulator is mounted on a precision rotating base featuring a positive stop and lock.
The coarse movement is an all cross-roller bearing design consisting of coarse X, Y, and Z with an additional fine X motion.
The micromanipulator can be ordered in either a right or left handed version.
Options: MP-85
Fifteen degree stackable wedges for tilting the manipulator.
A set of three magnetic feet for increased stability.
One inch thick, chrome plated, solid brass riser blocks.
The MP-85 is chrome-plated and anodized to prevent corrosion. The J.R. Wall designed rotating base is machined from solid stainless steel with a brass spindle; a thin Teflon washer provides for the bearing surface. ... Read More | The QUAD® motorized micromanipulator is easy to use and features four independent axes. Each axis has a 25mm range of motion, a digital display of position and an ROE control. The compact, intuitive controller takes up minimal bench space, is fan free and is easy to use. Three axes provide the X, Y,The QUAD® motorized micromanipulator is easy to use and features four independent axes. Each axis has a 25mm range of motion, a digital display of position and an ROE control. The compact, intuitive controller takes up minimal bench space, is fan free and is easy to use. 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 fourth axis has 30mm of travel that significantly extends the range of travel for the system.
Features:- 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
- 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, LOCK, PULSE and RELATIVE
- Robotic HOME and WORK position moves for easy automated pipette exchange
- Suited for in vivo electrophysiological recording
- USB interface for computer control
... Read More | The TRIO™-245 from Sutter Instrument is a highly stable 3-axis manipulator with 25 mm of travel on each axis. The TRIO's synthetic 4th axis can be set in software as any angle between 0 and 90 degrees for diagonal movement. Based on a lead-screw design with a smaller overall size and footprintThe TRIO™-245 from Sutter Instrument is a highly stable 3-axis manipulator with 25 mm of travel on each axis. The TRIO's synthetic 4th axis can be set in software as any angle between 0 and 90 degrees for diagonal movement. Based on a lead-screw design with a smaller overall size and footprint than most manipulators, the TRIO-245 is ideal for setups where space is limited.
The TRIO-245 controller employs a combination of state-of-the-art software and mechanical design that eliminates the need for the motor to remain powered on during recording, thus eliminating the heating effects of the motors and giving us the electrically quietest manipulators in the industry. This stability ensures that Sutter manipulators will not drift in the middle of experiments.... Read More |