2E32UM

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2E32UM is an industry-leading micro-manipulation motion control system that offers precise, real-time control of both the motion and force in a wide variety of applications. The unique features of the 2E32UM system include high-precision linear and rotary axes of motion, multiple operating modes including vector and torque/speed control for both position and torque/speed motion, and flexible programming tools for a wide variety of applications.

In addition, the 2E32UM system can be configured with up to four integrated servo axes of motion, each capable of up to 300 degrees per second of acceleration and deceleration. With its high-precision motion control operation and fast response time, the system is suitable for applications such as life science research, medical device fabrication and miniaturization, micromachining, and many others.

The 2E32UM system is based on a two-axis motion controller with two independent axes of motion. It also includes a miniature servomotor for each axis of motion, coupled to the controller via an encoder-coupling unit. This encoder-coupling unit allows for greater accuracy and better servo performance.

The system also includes an optional user interface for controlling the system. The user can control the position, velocity, acceleration, and other parameters of the system through a graphical user interface. The user can also create custom motion profiles and generate signals for the user\'s preferred motion command. The user is given access to a number of advanced motion control features such as planar motion, off-axis motion, motion paths, and torque/force control.

The 2E32UM system is powered by a 12V DC power supply. The system operates comfortably within a power range of 0.4V to 6V. It is designed to operate at a maximum operating frequency of 1MHz.

The system features a number of motion control modes including vector control, position control, torque/speed control, and hybrid control. Vector and torque/speed control enable precise control of the system\'s motion and force, respectively, while position control enables the user to control the position of the system. Hybrid control enables the user to switch between different control modes. for best performance in different applications.

The 2E32UM system also features a powerful programming environment enabling the user to customize the motion profiles and motion commands for both linear and rotary motion. Programmers can easily create custom motion profiles using a simple language. They can also use the integrated data acquisition capabilities to acquire data while the system is running. The programming environment is flexible and can be used to create complex motion profiles and commands.

The 2E32UM system can also be configured with additional add-on options. It can be connected to other devices such as sensors, encoders, and drivers, through its digital and analog I/O ports. Additionally, the system is compatible with various operating systems and can be integrated into any existing software system.

The 2E32UM system is an ideal solution for a wide range of applications requiring precise, real-time control of motion and force. From life science research and medical device fabrication to micromachining, the 2E32UM system provides a powerful, robust platform for motion control and can be easily integrated into existing software systems.

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