Sample cooler for Nmr and Epr spectroscopy
Achieve precise temperature control from -90 °C to +100 °C for critical NMR and EPR spectroscopy with reliable mechanical refrigeration, eliminating the need for expendable refrigerants.
The FTS AirJet XR Sample Coolers from SP Industries offer a compact and efficient solution for precise temperature control in laboratory settings. Ideal for NMR, EPR, and cold airflow applications, these sample coolers provide temperature stability to ±0.1°C, ensuring the reliability of your experimental results. Utilizing a mechanically refrigerated air stream, the AirJet XR eliminates the need for costly and hazardous expendable refrigerants, offering both safety and cost efficiency.
Designed for integration into research laboratories, pharmaceutical facilities, and biotech companies, the AirJet XR features non-magnetic delivery lines, reducing interference in sensitive spectroscopy applications. Available in configurations of -90°C or -40°C, with flow rates up to 2 SCFM, this cooler accommodates a variety of research needs. Optional low-loss adaptors enhance compatibility with popular NMR probe models, and the use of low GWP refrigerants aligns with sustainability goals by reducing the laboratory’s carbon footprint.
Built as a benchtop unit, the AirJet XR is easy to incorporate into your existing laboratory setup. With options for delivery line lengths and custom configurations, SP Industries provides engineering support to tailor the system to your specific requirements, ensuring seamless operation and maintenance within any research or development department.
Benefits
- Ensures precise experimental outcomes with ±0.1°C temperature stability.
- Minimizes operational costs by eliminating the use of expendable refrigerants.
- Enhances laboratory safety and compliance with low global warming potential refrigerants.
- Facilitates interference-free NMR applications with non-magnetic delivery lines.
- Optimizes laboratory space with compact benchtop design.
- Applications
- Cold airflow applications,Laboratory cooling solutions,Nmr spectroscopy,Epr spectroscopy
- End products
- Biological samples preservation,Organic solvents cooling,Temperature-sensitive material studies,Chemical compounds analysis,Protein structure determination
- Steps before
- Sample Preparation,Loading Samples,Setting Temperature Parameters
- Steps after
- Data Analysis,Sample Removal,Temperature Calibration
- Input ingredients
- dry air,samples for NMR spectroscopy,samples for EPR spectroscopy
- Output ingredients
- temperature-controlled air stream,cooled samples
- Cooling temperature range
- -90 °C to +100 °C
- Temperature control accuracy
- ±0.1 °C
- Flow rate
- Up to 2 SCFM
- Delivery line length
- 8,15,20,or 35 feet
- Cooling method
- Mechanical refrigeration
- Temperature control
- ±0.1°C
- Temperature range
- -90°C to +100°C
- Cooling mechanism
- Mechanical refrigeration
- Sample compatibility
- NMR/EPR applications
- Non-magnetic lines
- 8,15,20,35 feet
- Flow rate
- up to 2 SCFM
- Configuration options
- -90°C or -40°C
- Non-magnetic materials
- Yes
- Low GWP refrigerants
- Yes
- Corrosive resistance
- Not specified
- Biological compatibility
- Not specified
- Cleanability
- Easy to maintain
- Compact footprint
- Benchtop design
- Cooling option
- Mechanical refrigeration
- Temperature stability
- ±0.1°C
- Delivery line length
- 8,15,20,35 feet
- Non-magnetic delivery lines
- Available
- Design type
- Benchtop
- Delivery line length
- 8,15,20,or 35 feet
- Non-magnetic delivery line
- Yes
- Market info