Solid-Phase Extraction System BZPE-501 is a high-performance unit designed for efficient sample pretreatment in analytical laboratories. It enables rapid extraction, concentration and purification of analytes from liquid samples with high accuracy and reproducibility. This device offers cleaner samples, higher recovery rates, and reduced solvent usage compared to traditional methods. Its robust design ensures reliable operation and consistent results across a wide range of sample types. Our Solid-Phase Extraction System BZPE-501 is ideal for applications in environmental, pharmaceutical, and food safety testing.
| Channel Specifications | 24 Positions |
| Gas Control Mode | Independent control |
| Flow Control Valve | 24 pcs |
| Vacuum Degree | 0 to 0.098Mpa |
| Pressure | Pressure Gauge |
| Working Area Dimension | 360 × 160 × 220 mm |
| Packaging Dimension | 44 × 24 × 27 cm |
| Gross Weight | 8 Kg |
The Solid-Phase Extraction System BZPE-501 is ideal for extracting, concentrating and purifying analytes from liquid samples in analytical workflows. It is widely used in environmental monitoring, pharmaceutical analysis and food safety testing.
Frequently Asked Questions
1: What is the BZPE-501 used for?
The BZPE-501 is used for extracting, concentrating and purifying analytes from liquid samples in analytical laboratories.
2: What materials is the chamber of BZPE-501 made of?
The vacuum chamber of BZPE-501 is molded from durable quartz glass with uniform wall thickness to withstand negative pressure.
3: Which types of samples can be processed in BZPE-501?
BZPE-501 is primarily used for liquid samples. Solid samples must first be dissolved or suspended in a liquid medium before processing.
4: Can the test tube rack be adjusted in BZPE-501?
Yes, in BZPE-501 the height of the test tube rack is adjustable to accommodate various container sizes and lab needs.
5: Is the BZPE-501 easy to clean and maintain?
Yes, the corrosion-resistant materials and simple design make BZPE-501 easy to clean and maintain for long-term use.
