The CRYO-OPTIC® products integrate an optical objective into the sample space of the Cryostation for ultra-stable, high-quality high NA imaging at low temperatures. The revolutionary design of the Cryo-Optic eliminates the alignment and drift challenges associated with using high performance optics in a cryogenic setup.
Compatible accessories and add-ons allow users to configure the instrument for unique experimental requirements, including built-in XYZ nanopositioners for site location and focus or an Agile Temperature Sample Mount for rapid temperature control.
Performance Benefits
- Proprietary technology allows the objective to be held at room temperature within the sample space for highly stabilized position and focus control.
- The temperature of the high magnification objective and the sample are actively controlled to better than 10 mK, eliminating the need to refocus after small temperature changes.
- Time required to reach a stable measurement condition is drastically reduced by isolating the objective from both the cryostat and the laboratory environments.
Models
| Cryostation s50 – CO | Cryostation s100 – CO | Notes | |
|---|---|---|---|
| PERFORMANCE DATA | |||
| Temperature Range | 3.7 K – 350 K | 3.8 K – 350 K | w/ radiation window (measured at the sample) |
| Temperature Stability | <10 mk | <10 mk | peak to peak (w/ ATSM @ 4.2K) |
| Vibrational Stability | <80 nm | <80 nm | peak to peak w/ nanopositioners |
| Cool Down Time to 4.2K | ~3.5 hrs | ~3.5 hrs | |
| Cooling Power @ Base T | 100 mW | 100 mW | measured at sample location |
| POSITIONAL STABILITY | |||
| Objective-Sample Displacement across 4.2 – 350 K | <20 μm along optical axis <32 μm in focal plane |
||
| Stabilization Time* | ~20 minutes | ~30 seconds | w/Â ATSMÂ for 50K temperature change (over full temp range) |
| Sample Drift | <1 μm / degree | <1 μm / degree | over the full temperature range |
| Sample Drift | <100 nm | <100 nm | peak to peak during stable platform temperature conditions |
| OPTICAL PROPERTIES | |||
| Optical Access | 5 optical ports (4 radial + 1 overhead) |
5 optical ports (4 radial + 1 overhead) |
|
| Numerical Aperture | 0.75 or 0.90 NA | 0.75 or 0.85 NA | |
| Working Distance | 0.75 NA = 3.5mm | 0.85 NA = 850μm | 0.9 NA = 310μm/0.1mm @ 4K | ||
| Objective Type | Zeiss 100x –Â see here for details | vacuum compatible | |
| INTERFACING | |||
| Electrical Access | 20 user connections1 | 25 user connections2 | |
| Interface Side Panels | 2 | 4 | RF, DC, fiber or gas tube options available |
| Thermal Lagging | 2 locations | 2 locations | to radiation shield |
| Temperature Sensors | 2 Calibrated Cernoxâ„¢ | 2 Calibrated Cernoxâ„¢ | corresponding to platform and sample temperature -location for 1 user thermometer available |
| DIMENSIONS | |||
| Sample Space | ∅53 mm x 63 mm | ∅100 mm x 122 mm | standard & custom options available to enlarge |
| Beam Height | 89.9 mm | 140 mm | options available to modify |
| Platform Style | Circular mounting plate with 1″∅ bolt pattern | Circular mounting plate with 1″∅ bolt pattern | |
| OPTIONS | |||
| Sample Mounting | optional ATSM | optional ATSM | standard (fixed, adjustable, electrical) & custom alternatives available |
| Sample Motion | integrated XYZ nanopositioners | integrated XYZ nanopositioners | flexible thermal link provided |
Specifications
Depending on the base platform, the objective is either mounted vertically or horizontally within the sample space.
Cryostation s50 – CO (Vertical Cryo-Optic)
The vertical mounting scheme in this model is designed for confocal microscopy, with side optical access to allow the user to see the sample and approximate focus distance.
Cryostation s100 – CO (Horizontal Cryo-Optic)
The horizontal mounting scheme in this model provides seamless integration with other optical measurement systems while maintaining easy access to the sample. A unique radiation shield design allows for quick, unobstructed sample exchange while leaving the objective in place and aligned to the optical system.
Cryostation s200-CO (Custom Horizontal Cryo-Optic)
The Cryo-Optic add-on is available as a customization on the Cryostation s200. The objective is mounted horizontally, with ample room remaining on the cold breadboard for free space optics, enabling transmission experiments and piezo interface control.
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A series of fixed and adjustable sample mounts, stages, and holders are available in both stock and custom designs. A summary of these options is listed below:
For sample mounting requiring electrical connections, piezo-actuated motion/positioning, or temperature control of the sample, please refer to the various special purpose categories on Stages & Sample Mounting Options. Many of the options below are compatible with these special purpose mounts.