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Nano-M350 Mad City Labs Nano-M350
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Mad City Labs Nano-M350

Mad City Labs

Mad City Labs Nano-M350, 扫描探针显微系统. 页面列出的重点包括: Compact piezo nanopositioner Three axis motion (XYZ) 50 μm x 50 μm x 20 μm ranges of motion Closed loop control

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产品概述与应用

产品说明: The Nano-M350 is a compact three axis (X, Y, Z) piezo nanopositioning system constructed from aluminum. The XY travel range is 50 μm and 20 μm in the Z axis under closed loop control. The compact design of the Nano-M350 allows it to be easily integrated into existing instrumentation for applications such as nanolithography, SEM. Internal position sensors utilizing proprietary PicoQ ® technology provide absolute, repeatable position measurement with picometer accuracy under closed loop control. The Nano-M350 has been designed for high speed performance in the Z-axis while maintaining high precision motion and is also available in high vacuum (non-bakeable) compatible models.

产品特点: Compact piezo nanopositioner Three axis motion (XYZ) 50 μm x 50 μm x 20 μm ranges of motion Closed loop control

典型应用: Alignment MEMS Nanolithography SEM

技术规格: Range of motion (X) 50 μm Range of motion (Y) 50 μm Range of motion (Z) 20 μm Resolution (20/50 μm) 0.04/0.1 nm Resonant Frequency (X) 285 Hz ±20% Resonant Frequency (Y) 285 Hz ±20% Resonant Frequency (Z) 1580 Hz ±20% θ roll , θ pitch (typical) ≤1 μrad θ yaw (typical) ≤3 μrad Recommended max. load (horizontal)* 0.5 kg Recommended max. load (vertical)* 0.2 kg Body Material Auminum Controller Nano-Drive ® * Larger load requirements should be discussed with our engineering staff. Additio

技术概览

技术参数

型号Nano-M350
品牌Mad City Labs
产品特点Compact piezo nanopositioner Three axis motion (XYZ) 50 μm x 50 μm x 20 μm ranges of motion Closed loop control
典型应用Alignment MEMS Nanolithography SEM
技术规格Range of motion (X) 50 μm Range of motion (Y) 50 μm Range of motion (Z) 20 μm Resolution (20/50 μm) 0.04/0.1 nm Resonant Frequency (X) 285 Hz ±20% Resonant Frequency (Y) 285 Hz ±20% Resonant Frequency (Z) 1580 Hz ±20% θ roll , θ pitch (typical) ≤1 μr
控制方式Closed loop control
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