New Product Release | PL121-40 Large stroke High precision Piezoelectric Inertial Displacement Platform
Release Date:2024-07-05 Source: View count90
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The PL121-40 large stroke high-precision piezoelectric inertial displacement table from Jianxing Technology is a one-dimensional precision motion platform driven by the principle of piezoelectric inertia. It is equipped with a high-precision grating sensor, with a stroke of 40mm and a minimum closed-loop step distance of 5nm. It also has a large load capacity and can carry a maximum normal load of 3kg when placed horizontally. This product is equipped with a high-precision grating sensor for feedback control of the movement of the displacement stage, with a resolution of up to 2nm (rms) and high closed-loop accuracy. The unidirectional/bidirectional repetitive positioning accuracy of the product can reach ± 50nm/± 120nm.
Image: Physical product
Illustration: Product Detail Display Recommended controller: The PE211 piezoelectric inertia motor controller integrates a grating sensor measurement circuit and supports multiple working modes such as closed-loop control, automatic zeroing, manual zeroing, and multiple preset waveform editing. The communication interface includes USB, Ethernet, etc., which can achieve high-precision control of the piezoelectric inertia displacement table.
Diagram: PE211 piezoelectric inertia motor controller
Diagram: Upper computer software interface What are the advantages of this product? 1. High performance piezoelectric inertial drive This product uses high-performance piezoelectric inertial actuators. This driver is based on the principles of sawtooth waves and inertia, and can achieve nanometer level position control with high accuracy and significant holding force. 2. Compact structure and high precision Built in incremental grating sensors in a compact size ensure the linearity and accuracy of the piezoelectric displacement stage, with unidirectional/bidirectional repeat positioning accuracy up to ± 50nm/± 120nm. 3. Support ID chip function The ID chip inside the piezoelectric displacement table contains its control parameters, and the controller identifies and adapts the piezoelectric displacement table through the ID chip. Therefore, replacing the displacement table does not require recalibration. 4. Support plug-in detection function The controller is equipped with a built-in plug-in detection circuit, which can identify whether the voltage potential shift table is effectively connected to the controller, and can provide better reminders to users to enhance their user experience.
Diagram: Main Technical Parameters The following figure shows the output of the internal grating sensor (with a sampling rate of 100Hz) when the piezoelectric stage is moved in a 5nm step.
Image: Built in grating sensor output What are the main application scenarios? The main application scenarios of this product include sample scanning, nano positioning, microscopy, optical alignment, testing applications, etc.
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The PL121-40 large stroke high-precision piezoelectric inertial displacement table from Jianxing Technology is a one-dimensional precision motion platform driven by the principle of piezoelectric inertia. It is equipped with a high-precision grating sensor, with a stroke of 40mm and a minimum closed-loop step distance of 5nm. It also has a large load capacity and can carry a maximum normal load of 3kg when placed horizontally. This product is equipped with a high-precision grating sensor for feedback control of the movement of the displacement stage, with a resolution of up to 2nm (rms) and high closed-loop accuracy. The unidirectional/bidirectional repetitive positioning accuracy of the product can reach ± 50nm/± 120nm.
Image: Physical product
Illustration: Product Detail Display Recommended controller: The PE211 piezoelectric inertia motor controller integrates a grating sensor measurement circuit and supports multiple working modes such as closed-loop control, automatic zeroing, manual zeroing, and multiple preset waveform editing. The communication interface includes USB, Ethernet, etc., which can achieve high-precision control of the piezoelectric inertia displacement table.
Diagram: PE211 piezoelectric inertia motor controller
Diagram: Upper computer software interface What are the advantages of this product? 1. High performance piezoelectric inertial drive This product uses high-performance piezoelectric inertial actuators. This driver is based on the principles of sawtooth waves and inertia, and can achieve nanometer level position control with high accuracy and significant holding force. 2. Compact structure and high precision Built in incremental grating sensors in a compact size ensure the linearity and accuracy of the piezoelectric displacement stage, with unidirectional/bidirectional repeat positioning accuracy up to ± 50nm/± 120nm. 3. Support ID chip function The ID chip inside the piezoelectric displacement table contains its control parameters, and the controller identifies and adapts the piezoelectric displacement table through the ID chip. Therefore, replacing the displacement table does not require recalibration. 4. Support plug-in detection function The controller is equipped with a built-in plug-in detection circuit, which can identify whether the voltage potential shift table is effectively connected to the controller, and can provide better reminders to users to enhance their user experience.
Diagram: Main Technical Parameters The following figure shows the output of the internal grating sensor (with a sampling rate of 100Hz) when the piezoelectric stage is moved in a 5nm step.
Image: Built in grating sensor output What are the main application scenarios? The main application scenarios of this product include sample scanning, nano positioning, microscopy, optical alignment, testing applications, etc.
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