Controllers & Metrology


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Motion Control Controllers and Metrology

TMC-USB series products are PC- and controlling card-based total solution of motion control systems which meet the requirements of multi-dimension motions and multi-type motor usage. They are full of characteristics of being operated with kinds of motors and providing high flexibility to combination of multi-axis. The standard ...
Data Sheet
MC600 series products are high-performance controllers designed and manufactured by Zolix. They employ 32-bit DSPs to realize 3-axis linear interpolation and 2-axis circle interpolation with closed-cycle feedback with each axis. They can be operated with a built-in SD cards which means that host computer is not a necessary part in ...
Data Sheet
Zaber\s X-GLP-E Series are computer-controlled electric grippers with motor-mounted encoders. They are stand-alone units requiring only a standard 24 V power supply. The motor encoder allows for closed-loop operation, detecting when the fingers have gripped an object and providing feedback about the object's size.  An ...


Control Mode: Motorized
Microstep Size (default Resolution): 0.248046874 um
Built-in Controller: Yes
Repeatability: <4 um
Backlash: <40 um
Data Sheet
CSMIO/IP-M is a CNC 4-axis motion controller. In combination with a PC and control software (simCNC, Mach3, Mach4) it is an ideal system for CNC machines control.
Data Sheet
The Ealing USB Motor Controller is an electronic device used to control and drive up to two small DC servo motors, typically used in ultra-precision positioning systems with resolutions of less than one micron. The USB Motor Controller is easy to operate, can be connected directly to the USB port of a PC, and no additional power ...
Data Sheet

Frequently Asked Questions

Motion control controllers and metrology solutions are used to precisely control and measure motion in various applications, including manufacturing, robotics, and scientific research.

There are various types of motion control controllers, including stand-alone controllers, PC-based controllers, and programmable logic controllers (PLCs).

Some factors to consider include the required precision and accuracy, the speed and range of motion, and the type of control or measurement needed.

Metrology in the context of motion control refers to the measurement and analysis of various physical parameters, such as displacement, velocity, and acceleration, to ensure precise and accurate motion control.

Closed-loop control is a technique used in motion control where feedback sensors are used to constantly monitor the position or velocity of a motor or actuator and adjust it in real-time to achieve precise and accurate control.

Open-loop control is a technique used in motion control where no feedback is used to adjust the motor or actuator, while closed-loop control uses feedback sensors to constantly adjust and ensure precise control.

PC-based motion control systems offer several advantages, including high processing power, flexible programming capabilities, and easy integration with other computer systems and peripherals.

The selection of motion control controllers and metrology solutions offers products from leading manufacturers to meet your specific needs. Whether you require precise measurement systems for dimensional metrology or high-performance motion control systems for advanced applications, you will find what you need here.

Did You know?

Unlike ordinary lenses, cylindrical lens focusses the light onto a line rather than on point due to the spherical radius being in one direction only. Cylindrical lenses are used in different applications like the correction of astigmatism, bar code scanning or laser projection. They are ideal for circularization of diode laser outputs, energy collection for linear detectors or for coupling to a slit input on monochromators or spectrometers. Another typical application of a is in the light sheet microscope where a cylindrical lens is placed in front of the illumination objective to create the light sheet used for imaging.