71000 Automated Stereotaxic Instrument

Technical Parameters

1. With a high-precision screw that has a running accuracy of 1 μm, the operating arm may move in a range of 80 mm up, down, left, and right, as well as back and forth.
2. When utilizing the computer for a prolonged period of time, the computer will provide position parameters and locator reading deviation. The user can calibrate with a single key.
3. Function for controlling positioner movement has four control modes: a. Arrow control software interface for PC terminals; b. After entering the target coordinate location, the PC end automatically shifts to the target coordinate; c. The positioner movement can be precisely controlled by the micro-operation platform. The knob performs a motion of 1 μm every 18 ° of rotation; d. The locator's movement is controlled by the keyboard.
4. The locator's movement speed can be modified by entering the movement speed at the appropriate locations along each of the three axes on the Computer software interface. From among these, there are 5 movement rates that can be chosen for the AP and ML axes: 2 mm/s, 1 mm/s, 0.50 mm/s, 0.20 mm/s, and 0.10 mm/s.  You can choose from eight different moving speeds for the DV axis, including   2 mm/s, 1 mm/s, 0.50 mm/s, 0.20 mm/s, 0.10 mm/s, 0.05 mm/s, 0.01 mm/s, 0.005 mm/s, and 0.001 mm/s. The movement velocity of the three axes can be evenly changed by a specific step through the buttons at the micro-operation end.
5. With just one click, the Bregma/Lambda site is set. Users can mark when they arrive at the Bregma/Lambda location using the locator. Set the Bregma/Lambda site with a single click.
6. The brain map is combined with the locator's coordinates. The mouse and rat in the brain map version are the second and sixth iterations, respectively. The brain map version is an option for the user. The information about the brain map version is displayed after choosing the version.
7. As the user locates and sets the Bregma/Lambda point, the computer interface can display the brain map and the probe's location as well as the moving process in real time.
8. Automated craniotomy program, two types of form selection: square or round, length, breadth, or depth parameters (range: 0 20 mm), five types of moving speeds for AP axis and ML axis, and eight types of moving speeds for DV axis.
9. In the setting for the multi-point program, the user can manually enter or select up to 10 coordinates on the brain map, choose automatic operation or begin the operation when the signal is triggered, and set whether the locator will output a TTL signal once it has arrived at the target point. And the residence time at each location can be set by user (range: 00:00:00 23:59:59).
10. Procedure for removing tissue; two shapes to pick from: square or round; length, width, or diameter parameters; depth; support for two needle specifications. 27G, 30G, Six gradients' density coefficients range from 1-6, while the AP, ML, and DV axes each provide five different moving speed options and eight different moving speed options, respectively.
11. The user can manually enter or manually choose numerous coordinates on the brain map and name, and this function stores up to 10 points.
12. No matter where the probe is in the Z axis when the user defines the Bregma/Lambda point and the locator is traveling in the X and Y directions, the probe must first be retracted above the animal head. The motor's horizontal movement won't touch the animal's head because of the position of 5 mm on the surface.
13. The gap between the motor gears while the motor is moving in the reverse direction causes inaccuracy, which can be eliminated by selecting an anti-backlash function. It can either be turned on or off by the user.
14. Automatic saving of error logs, useful for product maintenance.
15. The software has to be modified for the Windows 7, Windows 10, Chinese, and English operating systems.
16. Real-time detection, an alarm function, a prompt for the PC frame, and a stop-all-parts-movement feature when problems arise.
17. Ability to receive or output TTL signals, for example, receiving TTL signals to cause the automatic brain stereotaxic instrument to move automatically in accordance with a predetermined procedure, or output TTL signals when reaching a specific position; Micro-operation control, which can achieve the ongoing movement of the button on the handle to the fully automatic brain stereo locator.
18. The control box features two different types of power indicator lights: green for normal and red for abnormal.
19. The control box contains a 12V power interface, a USB square port for computer communication, three motor interfaces, distinguishing silkscreen logos, and a BNC interface for TTL signals.

Basic Specifications

Model Information

*Indicates that other specifications can be selected, which can be viewed from the product catalog of RWD.