MP-365 Compact Microscopic Operating System

The MPC-365 compact micro operating system combines Sutter's new MPC-200 dual manipulator controller and ROE-200, and can be paired with one or more MP-265/M manipulators. A single MPC-200 controller and ROE-200 can run one or two MP-265/M operators. When used in conjunction with two MPC-200 controllers, a single ROE-200 can control up to four MP-265/M operators. If more manipulators are needed in a single setting, only a smaller system needs to be copied. The latest versions of MPC-200 and ROE-200 can automatically recognize MP-265/M machinery and adapt accordingly.
Features:
The MPC-365 micro manipulator is a dual electric micro manipulator product from Sutter Corporation in the United States. Its main function is to operate and control the movement of a small distance. Its basic principle is to use a micro, high-precision motor to control and operate the electrode, allowing it to be inserted into cells very accurately. Widely used in experiments that require micro distance manipulation in biology, chemistry, and other fields. The MPC-365 micro manipulator is a compact, space saving, multifunctional, high-precision, and low drift controllable left and right dual electrode electric micro manipulator.
The MPC-365 micro manipulator is mainly used for controlling the manipulation of recording electrodes. In some experiments, due to the need to record two cells simultaneously, the MPC-365-2 micro manipulator becomes the best choice. The micro manipulator MPC-365-2 includes an MPC-200 controller, two MP-265/M manipulators, and an ROE-200.
Main applications
In patch clamp experiments, it is used to manipulate the movement of recording electrodes.
Performance indicators:
1. Includes two MP-265 manipulators, an MPC200 controller, and a ROE200 turntable regulator.
2. Fully electric, with two modes of movement: continuous and step-by-step.
3. Four axis movement: movement in the X, Y, Z, and diagonal directions.
4. LCD displays the position and movement speed of X, Y, and Z.
5. Journey: The maximum distance for X, Y, Z, and diagonal movement is 25mm.
6. Maximum moving speed: 3mm/sec.
7. The low resolution is 0.2 μ m/step, and the high resolution is 0.04 μ m/step.
8. Drift: ≤ 10nm/hr (24 ° C).
9. Complex motion can be implemented through programming.
10. It has the HOME function of quickly restoring the electrode to its original position.
11. Program control, can be externally programmed and controlled by a computer.
12. Can be used in conjunction with any microscope.