Low Speed Centrifuge FM-LSC-A502
Low Speed Centrifuge FM-LSC-A502 is designed with a maximum speed of 4000 rpm, ensuring efficient separation in low-speed applications. It accommodates a rotor capacity of 20 ml for each of 6 tubes, making it suitable for handling multiple samples simultaneously. Our centrifuge offers a simple knob interface allows for quick and easy parameter adjustments, making it user-friendly and ideal for routine laboratory tasks. It features a digital display panel that allows precise control of speed and time, ensuring accurate and efficient sample processing.
Specifications
| Maximum Speed | 4000 rpm |
| Rotor Capacity | 20 ml × 6 |
| Maximum RCF | 1790 ×g |
| Timer | 0 to 30 min |
| Voltage | 110V 60Hz / 220V 50Hz |
| Dimension | Ø250 × 220 mm |
| Packing Dimension | 290 × 290 × 260 mm |
| Net Weight | 3 kg |
| Gross Weight | 3.6 kg |
Features
- Low vibration design
- Quiet operation motor
- Compact and lightweight
- Efficient heat dissipation
- Compact, lightweight form factor
Applications
- Low Speed Centrifuge FM-LSC-A502 is used to separate substances and is widely used in clinical laboratories, research institutions, educational institutions, pharmaceutical labs, environmental labs, food and beverage industry.
Frequently Asked Question
1: What is the maximum speed of FM-LSC-A502?
FM-LSC-A502 runs at up to 4000 rpm, ideal for low-speed separations.
2: How many samples can FM-LSC-A502 handle at once?
It supports 6 tubes of 20 ml each, suitable for routine clinical and research labs.
3: Does FM-LSC-A502 have digital controls?
Yes, it features a digital display for precise speed and time settings.
4: Is FM-LSC-A502 portable for small labs?
Yes, it’s compact and lightweight, perfect for space-limited environments.
5: What applications suit FM-LSC-A502 best?
FM-LSC-A502 is ideal for blood sample preparation, urine analysis, and general low-speed laboratory separations.
6: What safety or convenience features are included?
FM-LSC-A502 offers low vibration, quiet operation, and efficient heat dissipation.