SPM3LR Nanopositioning Stage

SPM3LR Nanopositioning Stage

Supplier
Nano-stage
Part Number
SPM3LR
Category
Positioner
Origin
China

SPM3LR is a three-axis nanopositioner with 100,200 or 300µm X/Y travel. SPM3LR's Z section offers 50µm travel and market-leading speed with maximum resonance 12.5kHz. SPM3LR.xxx.05 can achieve Z step responses below one millisecond. SPM3LR suits demanding metrology such as AFM and can combine with coarse microstages; see hybrid systems.

Specification Snapshot
Repeatability [XY configuration;source column SPM3LR.100.xx]
0.2 nm
Repeatability [XY configuration;source column SPM3LR.200.xx]
0.4 nm
Repeatability [XY configuration;source column SPM3LR.300.xx]
0.6 nm
Repeatability [Z configuration;source column SPM3LR.xx.05]
0.01 nm
Resonant frequency [Z configuration;source column SPM3LR.xx.05]
12500 Hz
Repeatability [Z configuration;source column SPM3LR.xx.10]
0.02 nm
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Overview

SPM3LR is a three-axis nanopositioner with 100,200 or 300µm X/Y travel. SPM3LR's Z section offers 50µm travel and market-leading speed with maximum resonance 12.5kHz. SPM3LR.xxx.05 can achieve Z step responses below one millisecond. SPM3LR suits demanding metrology such as AFM and can combine with coarse microstages; see hybrid systems.

Specifications

ParameterValue
Range of motion [XY configuration;source column SPM3LR.100.xx]100 µm
Resolution [XY configuration;source column SPM3LR.100.xx]0.1 nm
Noise floor [XY configuration;source column SPM3LR.100.xx]typical:0.01 nm
Repeatability [XY configuration;source column SPM3LR.100.xx]0.2 nm
Linearization [XY configuration;source column SPM3LR.100.xx]typical:0.02%
Resonant frequency XY [XY configuration;source column SPM3LR.100.xx]500/300
Stiffness XY [XY configuration;source column SPM3LR.100.xx]0.6/0.35
Range of motion [XY configuration;source column SPM3LR.200.xx]200 µm
Resolution [XY configuration;source column SPM3LR.200.xx]0.2 nm
Noise floor [XY configuration;source column SPM3LR.200.xx]typical:0.02 nm
Repeatability [XY configuration;source column SPM3LR.200.xx]0.4 nm
Linearization [XY configuration;source column SPM3LR.200.xx]typical:0.02%
Resonant frequency XY [XY configuration;source column SPM3LR.200.xx]350/200
Stiffness XY [XY configuration;source column SPM3LR.200.xx]0.5/0.3
Range of motion [XY configuration;source column SPM3LR.300.xx]300 µm
Resolution [XY configuration;source column SPM3LR.300.xx]0.3 nm
Noise floor [XY configuration;source column SPM3LR.300.xx]typical:0.03 nm
Repeatability [XY configuration;source column SPM3LR.300.xx]0.6 nm
Linearization [XY configuration;source column SPM3LR.300.xx]typical:0.02%
Resonant frequency XY [XY configuration;source column SPM3LR.300.xx]250/150
Stiffness XY [XY configuration;source column SPM3LR.300.xx]0.4/0.25
Size W x L x H [XY configuration]121 x 121 x (depends on Z axis range of motion)
Range of motion [Z configuration;source column SPM3LR.xx.05]5 µm
Resolution [Z configuration;source column SPM3LR.xx.05]0.005 nm
Typical noise floor [Z configuration;source column SPM3LR.xx.05]0.0005 nm
Repeatability [Z configuration;source column SPM3LR.xx.05]0.01 nm
Linearization [Z configuration;source column SPM3LR.xx.05]typical:0.02%
Resonant frequency [Z configuration;source column SPM3LR.xx.05]12500 Hz
Stiffness [Z configuration;source column SPM3LR.xx.05]40 N/µm
Size W x L x H [Z configuration;source column SPM3LR.xx.05]121 x 121 x 33.7
Range of motion [Z configuration;source column SPM3LR.xx.10]10 µm
Resolution [Z configuration;source column SPM3LR.xx.10]0.01 nm
Typical noise floor [Z configuration;source column SPM3LR.xx.10]0.001 nm
Repeatability [Z configuration;source column SPM3LR.xx.10]0.02 nm
Linearization [Z configuration;source column SPM3LR.xx.10]typical:0.02%
Resonant frequency [Z configuration;source column SPM3LR.xx.10]5500 Hz
Stiffness [Z configuration;source column SPM3LR.xx.10]7.5 N/µm
Size W x L x H [Z configuration;source column SPM3LR.xx.10]121 x 121 x 49.7
Range of motion [Z configuration;source column SPM3LR.xx.25]25 µm
Resolution [Z configuration;source column SPM3LR.xx.25]0.025 nm
Typical noise floor [Z configuration;source column SPM3LR.xx.25]0.0025 nm
Repeatability [Z configuration;source column SPM3LR.xx.25]0.05 nm
Linearization [Z configuration;source column SPM3LR.xx.25]typical:0.02%
Resonant frequency [Z configuration;source column SPM3LR.xx.25]5500 Hz
Stiffness [Z configuration;source column SPM3LR.xx.25]7.5 N/µm
Size W x L x H [Z configuration;source column SPM3LR.xx.25]121 x 121 x 49.7
Range of motion [Z configuration;source column SPM3LR.xx.50]50 µm
Resolution [Z configuration;source column SPM3LR.xx.50]0.05 nm
Typical noise floor [Z configuration;source column SPM3LR.xx.50]0.005 nm
Repeatability [Z configuration;source column SPM3LR.xx.50]0.1 nm
Linearization [Z configuration;source column SPM3LR.xx.50]typical:0.02%
Resonant frequency [Z configuration;source column SPM3LR.xx.50]3500 Hz
Stiffness [Z configuration;source column SPM3LR.xx.50]2.7 N/µm
Size W x L x H [Z configuration;source column SPM3LR.xx.50]121 x 121 x 69.7
Sensor [General specifications]Silicon HR Sensor
Material [General specifications]Aluminium
Cable length [General specifications]2 m
Controller [General specifications]High Speed
Maximum load* [Horizontal use;General specifications]0.1 kg
Maximum load* [Vertical use;General specifications]0.01 kg

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Supplier Information

Na
Nano-stage
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Beijing Naz Precision Technology Co., Ltd. was established in 2018, located in Haidian District, Beijing. The company is dedicated to precision positioning equipment, providing piezoelectric ceramic nano positioning stages, large stroke nano positioning stages, air bearing rotary tables, multi-axis stages, laser interferometers, etc., widely applied in metrology, microscopy, life sciences, laser technology, and semiconductor fields. It is the authorized dealer of German Smaract in China, and independently develops linear motors and air bearing stages. Its AFM ultra-thin ultra-stable linear stage is unique in China, and high-precision air bearing platforms provide domestic high-performance displacement stages for semiconductor inspection.

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