Low Speed Centrifuge FM-LSC-A503 is designed with a maximum speed of 4000 rpm, ensuring efficient separation of samples. Its 12-place rotor with 20 ml tube capacity makes it ideal for medium-throughput laboratory workflows. It offers precise manual control through a knob-based rpm adjustment system. Our centrifuge features a small digital display for easy monitoring of rpm or time during operation.
Specifications
Maximum Speed | 4000 rpm |
Rotor Capacity | 20 ml × 12 |
Maximum RCF | 2325 ×g |
Timer | 0 to 30 min |
Voltage | 110V 60Hz / 220V 50Hz |
Dimension | 280 × 300 × 240 mm |
Packing Dimension | 340 × 370 × 290 mm |
Net Weight | 9 kg |
Gross Weight | 10 kg |
Features
Applications
Rotors Selection
Rotor No. | Capacity |
Rotor 01 | 20 ml × 6 |
Rotor 02 | 15 ml × 8 |
Rotor 03 | 50 ml × 6 |
Frequently Asked Question
1: What is the main application of Low Speed Centrifuge FM-LSC-A503?
FM-LSC-A503 is ideal for medium-throughput sample separation tasks, commonly used in clinical, research, and educational labs.
2: What is the maximum capacity of FM-LSC-A503?
This centrifuge supports 12 tubes of 20 ml each, making it suitable for medium-volume sample processing.
3: What controls are available on the FM-LSC-A503?
It features an analog dial with manual rpm adjustment and a small digital display for rpm/time monitoring.
4: How fast can the FM-LSC-A503 centrifuge spin?
FM-LSC-A503 has a maximum speed of 4000 rpm, delivering a maximum relative centrifugal force (RCF) of 2325 ×g.
5: Does FM-LSC-A503 include safety features?
Yes, FM-LSC-A503 features a safety-locked lid and anti-corrosive coating for safe, durable use.
Fison Low Speed Centrifuges are designed for efficient separation of biological and chemical samples. They offer reliable low speed centrifugation, ensuring gentle handling of sensitive materials. These units feature a user-friendly control panel, allowing easy speed and time adjustments. They include a lid-lock mechanism and imbalance detection for enhanced safety. Our centrifuges are equipped with multiple rotors to accommodate various sample types and volumes for versatile use.