Controllers
Applied Scientific Instrumentation (ASI)
100 MHz Microcontroller for faster command processing and servo controlClosed-loop DC servo control of up to four motorized axesFirmware upgradeable via serial connection0-10V DAC for single piezo axis controlRemembers last position on power down/upLCD display shows axes coordinates and status“Zero” and “Home” buttons for simple stand-alone operationsUSB or RS232 serial control with baud rates to 115200 BaudCompact ergonomic tabletop control unit 6”D x 9”W x 3”H (16½ x 23 x 9 cm)
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Controller
Tiger
Applied Scientific Instrumentation
The Tiger controller is an expandable modular card rack based system. Racks are available with either 8 or 16 card slots.The Tiger is designed to control one or more microscope workstations simultaneously from a single USB connection.
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Multi-Axis Stage Controller
MS-2000-WK
Applied Scientific Instrumentation
*100 MHz Microcontroller for faster command processing and servo control.*Closed-loop DC servo control of up to four motorized axes.*Firmware upgradeable via serial connection.*0-10V DAC for single piezo axis control.*Remembers last position on power down/up.*LCD display shows axes coordinates and status.*"Zero" and "Home" buttons for simple stand-alone operations.*USB or RS232 serial control with baud rates to 115200 Baud.*Compact ergonomic tabletop control unit 6"D x 9"W x 3"H (16 x 23 x 9 cm).
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Rack Mount Stage Controller
RM-2000
Applied Scientific Instrumentation
*2U 19" Rack Mount Control Unit: 22.8D x 48.3W x 8.1H cm (9" x 19" x 3.2").*100 MHz Microcontroller for Faster Command Processing and Servo Control.*Closed-Loop DC Servo Control of up to Four Motorized Axes.*0-10 Vdc DAC Output for Additional Analog Control.*Firmware Upgradeable via Serial Connection.*Remembers Last Position on Power Up.*LCD Display Shows Axes Coordinates and Status.*USB or RS-232 Serial Control with Rates to 115200 Baud.*"Zero", "@", and "Home" Buttons on Joystick.*Left- or Right-Hand Joystick Unit.
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Z-Axis Drive and Controller
MFC-2000
Applied Scientific Instrumentation
The MFC-2000 has been specifically designed to provide a high resolution and highly repeatable, means of controlling the focus/Z position of the microscope stage. Precise control of the microscope's focus is obtained through the use of a closed-loop DC servomotor employing high resolution encoders for positioning feedback. By using closed-loop control of the focus position, there is no chance that the focus point can be lost as can occur with open-loop stepper motors.
