Low Speed Centrifuge EZL-LSC110 delivers a maximum speed of 6000 rpm enabling fast and efficient separation of the sample. Designed to accommodate medium to large sample volumes, making it suitable for routine processing in laboratories. It ensures safe and reliable operation for routine laboratory workflows. The unit includes a noise reduction system for quiet performance. Our Centrifuge is ideal for rapid separation of biological samples such as cells, proteins, and nucleic acids.
| Maximum Speed | 6000rpm |
|---|---|
| Maximum RCF | 4752 × g |
| Maximum Capacity | 4 × 750 ml |
| Timer Range | 0 to 99 min 59s adjustable |
| Speed Accuracy | ±10 r/min |
| Noise Level | Less than equal to 58 dB(A) |
| Acceleration/Deceleration | 1 to 10 |
| Power Supply | AC 220V 50Hz 10A 770W |
| Dimensions (W×D×H) | 600 × 470 × 370 mm |
| Wight (without rotor) | 50Kg |
Low Speed Centrifuge EZL-LSC110 is well-suited for use in labs, clinical research, and pharmaceutical industries. It is ideal for blood separation, cell culture, and molecular biology delivering accurate and consistent results.
Rotor Type | Capacity (ml) | Maximum Speed (r/min) | Maximum RCF (×g) |
Angle Rotor 01 | 12 × 15/10/5 mL | 6000 r/min | 4588 × g |
Swing rotor 01 | Steel frame rotor | 5000 r/min | 4752 × g |
Swing frame 02 | 4 × 100 mL | 4000 r/min | 4752 × g |
Swing frame 03 | 4 × 50 mL | 4000 r/min | 4752 × g |
Swing rotor 02 | Steel frame rotor | 4000 r/min | 3041 × g |
Swing frame 04 | 4 × 2 × 100 mL | 4000 r/min | 3041 × g |
Swing frame 05 | 4 × 2 × 50 mL | 4000 r/min | 3041 × g |
Swing frame 06 | 4 × 8 × 15/10/5 mL | 4000 r/min | 3041 × g |
Swing rotor 03 | 4 × 18 × 2/5 mL | 4000 r/min | 2773 × g |
Swing bucket 01 | 4 × 400 mL | 4000 r/min | 3049 × g |
Swing bucket 02 | 4 × 250 mL | 4000 r/min | 3049 × g |
Microplate rotor | 2 × 2 × 96 hole | 4200 r/min | 2860 × g |
Adapter Type | Capacity (ml) | Maximum Speed (r/min) | Maximum RCF (×g) |
Adapter 01 | 12 × 2mL | 6000 r/min | 4588 × g |
Adapter 02 | 4 × 15/10 mL | 5000 r/min | 4752 × g |
Adapter 03 | 4 × 2 × 15/10 mL | 4000 r/min | 3041 × g |
Rack | 4 × 12 × 5/2 mL | 4000 r/min | 3041 × g |
Adapter 04 | 4 × 16 × 5/2 mL | 4000 r/min | 3049 × g |
Adapter 05 | 4 × 9 × 15/10 mL | 4000 r/min | 3049 × g |
Adapter 06 | 4 × 4 × 50 mL | 4000 r/min | 3049 × g |
Adapter 07 | 4 × 100 mL | 4000 r/min | 3049 × g |
Adapter 08 | 4 × 9 × 5/2 mL | 4000 r/min | 3049 × g |
Adapter 09 | 4 × 5 × 15/10 mL | 4000 r/min | 3049 × g |
Adapter 10 | 4 × 50 mL | 4000 r/min | 3049 × g |
Adapter 11 | 4 × 100 mL | 4000 r/min | 3049 × g |
Adapter 12 | 4 × 9 × 1.5 mL | 4000 r/min | 3049 × g |
Adapter 13 | 2 × 32 × 1.5 mL | 4200 r/min | 2860 × g |
The Low Speed Centrifuge EZL-LSC110 is engineered to meet the everyday needs of laboratories handling a wide range of biological samples. Its smooth, reliable performance ensures consistent separation results, which is essential for routine diagnostic and research workflows. The intuitive controls allow for easy operation, even by users with minimal technical training. Additionally, its compact benchtop design saves space without compromising functionality. The low noise output and built-in safety features further contribute to a comfortable and dependable laboratory environment. Overall, it supports uninterrupted daily operations in both clinical and academic labs.
Ezilab’s Low Speed Centrifuge EZL-LSC110 includes an integrated noise-reduction system that maintains sound levels at or below 58 dB(A), making it ideal for quiet working environments. This design feature supports long operating hours without causing disturbances to lab personnel. The quiet operation not only improves user comfort but also helps reduce fatigue during continuous workflows. It enables laboratories to place the unit in shared or open lab spaces without concern. Such silent performance is particularly beneficial in teaching labs, outpatient clinics, and high-throughput facilities. This focus on acoustic comfort enhances the overall usability of the equipment.
Our Low Speed Centrifuge EZL-LSC110 is powered by a frequency converter motor that ensures stable and precise speed control throughout the centrifugation process. Unlike conventional motors, it delivers smooth acceleration and deceleration, reducing the risk of sample disturbance. This consistency leads to more accurate separations and fewer variations between runs. The motor also contributes to energy efficiency and longer equipment lifespan, which are important for cost-conscious laboratories. Additionally, it helps maintain operational reliability, even during prolonged or repeated use. These benefits make it a robust choice for routine laboratory tasks.
The Low Speed Centrifuge EZL-LSC110 is designed for ease of use, making it accessible even to new users with limited technical experience. Its simple control panel allows quick setup of time and speed parameters, reducing the learning curve for first-time operators. Visual indicators and clear digital displays guide users throughout the process. The intuitive interface minimizes setup errors and helps maintain consistency between runs. This makes the centrifuge ideal for high-turnover environments such as diagnostic labs or teaching institutions. Its user-friendly design supports productivity without sacrificing accuracy.
The Low Speed Centrifuge EZL-LSC110 is well-suited for processing biological samples such as cells, plasma, proteins, and nucleic acids that require gentle but effective separation. The low-speed operation preserves sample integrity by minimizing shear forces and heat generation. This makes it ideal for sensitive clinical samples, molecular biology applications, and cell culture protocols. Its adjustable speed and time settings also offer flexibility across different workflows. The centrifuge supports medium to large sample volumes, accommodating routine lab demands efficiently. Its performance ensures reproducible results, which is critical in diagnostic and research settings.
Our Low Speed Centrifuge EZL-LSC110 is designed with operator safety in mind. It includes automatic lid-locking during operation, which prevents accidental opening and potential exposure to spinning rotors. The sturdy construction and balanced rotor system reduce vibration, minimizing mechanical stress and the risk of imbalance-related incidents. In addition, the frequency converter motor ensures controlled acceleration and deceleration, helping to avoid sudden starts or stops. These features collectively enhance operational safety, particularly in high-volume environments. It allows users to run samples confidently without constant supervision.