Precise low-temperature sample cooler for Nmr and Epr
Achieve unparalleled temperature stability and precision in your laboratory with a sample cooler designed for critical NMR and EPR spectroscopy, ensuring reliable interpretation of protein structures and advanced analysis of complex materials.
The FTS AirJet™ XR Sample Cooler from Scientific Products is engineered for cutting-edge temperature control required in NMR and EPR spectroscopy. Utilizing a mechanized refrigeration system, it avoids the need for hazardous refrigerants, ensuring precision with a temperature stability of ±0.1°C. Its non-magnetic design and available delivery line lengths enable seamless integration into existing setups, critical in delicate NMR applications. The AirJet handles a wide temperature range from -90°C to +100°C, making it suitable for diverse research including protein structures and pharmaceutical compound analysis. Equipped with flow rates up to 2 SCFM, it efficiently maintains controlled conditions essential for accurate scientific results. Designed for benchtop operation, it incorporates eco-friendly refrigerants, supporting sustainable practices in laboratories. Accessories, such as Low-Loss Adaptors for Bruker and Phoenix NMR probes, enhance its functionality, while its robust construction promises dependable performance. Tailored solutions are available to meet specific research needs, providing unparalleled accuracy and reliability in temperature-sensitive applications.
Benefits
- Ensures precise experimental conditions with ±0.1°C temperature stability.
- Increases safety by eliminating the need for hazardous refrigerants.
- Saves lab space with its compact benchtop design.
- Facilitates flexible lab setups with non-magnetic, extended delivery lines.
- Enhances sustainability with low GWP refrigerants, reducing environmental impact.
- Applications
- Cold airflow applications,Nmr spectroscopy,Epr spectroscopy
- End products
- Pharmaceutical compound analysis,Superconducting material analysis,Material science analysis,Protein structures interpretation,Paramagnetic material studies
- Steps before
- Sample Preparation,Sample Loading
- Steps after
- Data Analysis,Result Interpretation
- Input ingredients
- dry air,warm air
- Output ingredients
- cooled air,temperature-controlled air stream
- Temperature Range
- -90 °C to +100 °C
- Temperature Stability
- ±0.1 °C
- Flow Rate
- Up to 2 SCFM
- Cooling Method
- Mechanical refrigeration
- Non-Magnetic Delivery Line Length
- 8,15,20,or 35 feet
- Cooling Configuration
- -90 °C or -40 °C
- Refrigerant
- Low GWP refrigerants
- Temperature control range
- -90 °C to +100 °C
- Temperature stability
- ±0.1 °C
- Airflow control
- Flow rates up to 2 SCFM
- Cooling mechanism
- Mechanical refrigeration
- Delivery line length options
- 8,15,20,or 35 feet
- Non-magnetic capability
- Yes
- Non-magnetic
- Yes
- Corrosive resistance
- Yes
- Compact footprint
- Benchtop design
- Configuration options
- -90°C or -40°C
- Non-magnetic delivery line lengths
- 8,15,20,or 35 feet
- Market info