CRYO POSITIONING STAGE – HIGH RESONANCE (CPSHR) CPSHR2-S
Specification Snapshot
Scan range [Individual actuator specification, not system motion;interface drawing transformation matrix referenced by source;293K]
8 µm
Scan range [Individual actuator specification, not system motion;interface drawing transformation matrix referenced by source;4K]
1.6 µm
Load capacity [Individual actuator specification, not system motion;interface drawing transformation matrix referenced by source]
200 grams
Operating temperature [Individual actuator specification, not system motion;interface drawing transformation matrix referenced by source]
0.02–375 K
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Specifications
| Parameter | Value |
|---|---|
| Active axes | 3 |
| Type of motion | x, y, z with parasitic RxRy |
| System Range [Typical volume for positioning;parallel kinematics: indicated max values not necessarily simultaneously achievable;maxima can increase if strokes along other axes are limited] | approx. 10x10x4 |
| System scan range [4K] | approx. 10x10x1.6 |
| Parasitic angle from xy stroke | 14 mrad/mm |
| Coarse actuator | CLA2601 |
| Scanning actuator | Piezo ceramic |
| Endstops [Endstops close to, not coincident with actuator motion axis;together define system z-position with x,y=0. Uncontrolled touching of multiple endstops with x,y nonzero can jam system and require manual action] | at z -3mm and z +3mm |
| Main construction material | Phosphor Bronze (improved thermal conductivity, lower resonances) |
| 1st natural frequency | xy:0.55 / z:2.2 |
| Coarse range [Individual actuator specification, not system motion;interface drawing transformation matrix referenced by source] | ±3 mm |
| Scan range [Individual actuator specification, not system motion;interface drawing transformation matrix referenced by source;293K] | 8 µm |
| Scan range [Individual actuator specification, not system motion;interface drawing transformation matrix referenced by source;4K] | 1.6 µm |
| Coarse step size [Individual actuator specification, not system motion;interface drawing transformation matrix referenced by source;293K] | 5–25 nm |
| Coarse step size [Individual actuator specification, not system motion;interface drawing transformation matrix referenced by source;4K] | 1–5 nm |
| Scanner sensitivity [Individual actuator specification, not system motion;interface drawing transformation matrix referenced by source;293K] | 66 nm/V |
| Scanner sensitivity [Individual actuator specification, not system motion;interface drawing transformation matrix referenced by source;4K] | 13 nm/V |
| Load capacity [Individual actuator specification, not system motion;interface drawing transformation matrix referenced by source] | 200 grams |
| Operating temperature [Individual actuator specification, not system motion;interface drawing transformation matrix referenced by source] | 0.02–375 K |
| Mass [Individual actuator specification, not system motion;interface drawing transformation matrix referenced by source] | 1230 grams |
| Coarse actuator spindle pitch [Individual actuator specification, not system motion;interface drawing transformation matrix referenced by source] | 0.25 mm/turn |
| Controller/driver | CAB-230(115), CADM(2), MCM |
| Scanner module | PSM, PSMIL |
Datasheet
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Supplier Information
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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