Sample Concentrator ADSCO-502 optimizes the process by delivering nitrogen at a flow rate of 12L/min. The system is designed with a PID control for accurate temperature management. It features independent gas delivery needles, enabling separate gas control for uniform sample concentration. This unit includes a double block for processing and operates within safe parameters. Our Sample Concentrator is ideal for concentrating chemical and biological samples in analytical chemistry applications, ensuring efficient and reliable sample preparation.
| Nitrogen Flow Rate | 0 to 12L/min |
| Pressure | ≤ 0.2MPa |
| Block Quantity | 2 |
| Temperature Control Range | RT +5℃ to 150℃ |
| Temperature Set Range | 0℃ to 150℃ |
| Temperature Stability |
±0.3℃ at 40℃ ±0.5℃ at 100℃ ±1℃ at 120℃ |
| Heating Up Rate | ≤ 30min; 20℃ to 150℃ |
| Timer | 0 to 99h 59min |
| Power Consumption | 400W |
| Dimension (W×D×H) | 220×290×540 mm |
| Net Weight | 5kg |
Our Sample Concentrator ADSCO-502 is ideal for applications requiring precise nitrogen flow and temperature control in industries.
Accessory (Tube diameter) Capacity Dimension Quantity 12 96.5×76.5×50 mm 1 Pc 12 96.5×76.5×50 mm 1 Pc 12 96.5×76.5×50 mm 1 Pc 12 96.5×76.5×50 mm 1 Pc 12 96.5×76.5×50 mm 1 Pc 12 96.5×76.5×50 mm 1 Pc 12 96.5×76.5×50 mm 1 Pc 12 96.5×76.5×50 mm 1 Pc 12 96.5×76.5×50 mm 1 Pc 8 96.5×76.5×50 mm 1 Pc 6 96.5×76.5×50 mm 1 Pc 3 96.5×76.5×50 mm 1 Pc 12 96.5×76.5×50 mm 1 Pc 12 96.5×76.5×50 mm 1 Pc 12 96.5×76.5×50 mm 1 Pc 12 96.5×76.5×50 mm 1 PcTube 01 for 6 mm (φ6.5×47) Tube 02 for 7 mm (φ7.5×47) Tube 03 for 10 mm (φ10.5×47) Tube 04 for 12 mm (φ12.5×47) Tube 05 for 13 mm (φ13.5×47) Tube 06 for 15 mm (φ15.5×47) Tube 07 for 16 mm (φ16.5×47) Tube 08 for 19 mm (φ19.5×47) Tube 09 for 20 mm (φ20.5×47) Tube 10 for 26 mm (φ26.5×47) Tube 11 for 28 mm (φ28.5×47) Tube 12 for 38mm (φ38.5×47) Tube 13 for 0.2ml centrifuge tube (φ6.1×17) Tube 14 for 0.5ml centrifuge tube (φ8×23) Tube 15 for 1.5ml centrifuge tube (φ10.8×31) Tube 16 for 2ml centrifuge tube (φ10.8×31)
1. What is a Sample Concentrator?
A sample concentrator is a laboratory device used to reduce the volume of a sample by removing solvents or other liquid components. It is typically used to increase the concentration of analytes, such as in chemical or biological samples, for further analysis.
2. How does a Sample Concentrator work?
Sample concentrators typically use evaporation, heat, or vacuum techniques to remove the solvent from a sample. Some use nitrogen gas blowdown or centrifugal force to speed up evaporation while maintaining temperature and pressure control to avoid degradation of the sample.
3. What are the main methods used by Sample Concentrators?
The main methods used by Sample Concentrators include rotary evaporation, Nitrogen gas blowdown, Centrifugal evaporation, freeze drying (lyophilization). Each of these methods optimizes the concentration process depending on the nature of the sample and the solvent involved.
4. Does the Sample Concentrator require any special gas or nitrogen purity?
Yes, Sample Concentrators that use nitrogen gas blowdown typically require high-purity nitrogen for optimal performance. The nitrogen gas should have a purity of 99.5% or higher to prevent impurities from contaminating the sample or interfering with the concentration process. Impurities such as oxygen, moisture, or hydrocarbons can affect the sample's integrity or cause unwanted reactions.
5. Can the Sample Concentrator be used in a fume hood?
Yes, a Sample Concentrator can and often should be used in a fume hood for safety reasons. The fume hood provides ventilation to safely capture and remove any volatile or toxic vapours released during the concentration process, especially when working with solvents. This helps protect the user from inhaling harmful fumes and ensures that flammable or hazardous vapours do not accumulate in the lab environment.
| Nitrogen Flow Rate | 0 to 12L/min |
| Pressure | ≤ 0.2MPa |
| Block Quantity | 1 |