EziLab offers the Floor Model Centrifuge EZL-FMC101, a blood bank centrifuge that reaches 6000 rpm and 6080 × g, with a maximum capacity of 4 × 1000 ml. Speed holds within ±10 rpm, the timer runs from 1 to 99 minutes 59 seconds, and noise stays at 55 dB(A) or less. A brushless DC motor under microprocessor control, adjustable acceleration and deceleration, and an electronic lid lock run on 1050 W in a 176 kg, 720 × 620 × 890 mm frame. Rotors include a 12 × 15 ml angle rotor at 6000 rpm and swing buckets for 4 × 600, 4 × 800, 6 × 600, and 4 × 1000 ml at 4000 rpm, plus 16 adapters. Swing buckets lay tubes flat at speed, giving level layers when separating whole blood into plasma, buffy coat, and red cells. Adapters fit 75 mm and 100 mm blood tubes. Soft deceleration keeps layers from remixing. Blood banks and plasma fractionation centers process donations in bulk, while industrial testing labs spin large sample batches. Environmental units separate sludge and water samples, and high-throughput research programs use this floor centrifuge. Balancing is a daily task on any swing-bucket machine: paired buckets must weigh close to the same, which makes a bench scale and a set of balance tubes part of the purchase, an extra to add when you shop the Laboratory Centrifuge category and Floor Model Centrifuge range.
| Max Speed | 6000rpm |
|---|---|
| Max RCF | 6080×g |
| Max Capacity | 4×1000 ml |
| Timer Range | 1 to 99 min 59 s adjustable |
| Speed Accuracy | ±10 rpm |
| Noise Level | Less than equal to 55 dB(A) |
| Power | 1050 W |
| Dimensions (W×D×H) | 720 × 620 × 890 mm |
| Net Weight | 176 kg |
Microprocessor-controlled operation
Brushless DC motor drive
Wide range of compatible rotors
Electronic lid lock for safety
Adjustable acceleration and deceleration
Our Floor Model Centrifuge EZL-FMC101 is built to support large-volume processing essential for blood banks and various clinical workflows. It ensures efficient handling of high sample loads with precise temperature control to maintain sample integrity.
Rotor Type | Capacity (ml) | Maximum Speed (r/min) | Maximum RCF (×g) |
Angle rotor 01 | 12 ×15/10/5ml | 6000r/min | 6080 × g |
Swing bucket 01 | 4 × 600ml | 4000r/min | 3354 × g |
Swing bucket 02 | 4 × 800ml | 4000r/min | 3443 × g |
Swing bucket 03 | 6 × 600ml | 4000r/min | 3400 × g |
Swing bucket 04 | 4 ×1000ml | 4000r/min | 3578 × g |
Adapter Type | Capacity (ml) | Maximum Speed (r/min) | Maximum RCF (×g) |
Adapter 01 | 12 × 2ml | 6000r/min | 6080 × g |
Adapter 02 | 4 × 25 ×5/2ml | 4000r/min | 3354 × g |
Adapter 03 | 4 ×12 × 15/10ml | 4000r/min | 3354 × g |
Adapter 04 | 4 × 5 × 50ml | 4000r/min | 3354 × g |
Adapter 05 | 4 × 4 ×100ml | 4000r/min | 3354 × g |
Adapter 06 | 4 × 30 × 5/2ml | 4000r/min | 3443 × g |
Adapter 07 | 4 ×1 6× 15/10ml | 4000r/min | 3443 × g |
Adapter 08 | 4 × 6 × 50ml | 4000r/min | 3443 × g |
Adapter 09 | 4 × 4 × 100ml | 4000r/min | 3443 × g |
Adapter 10 | 6 × 25 ×5/2ml | 4000r/min | 3400 × g |
Adapter 11 | 6 × 12 ×15/10ml | 4000r/min | 3400 × g |
Adapter 12 | 6 × 5 × 50ml | 4000r/min | 3400 × g |
Adapter 13 | 6 × 4 ×100ml | 4000r/min | 3400 × g |
Adapter 14 | 4 × 42 ×5/2ml | 4000r/min | 3578 × g |
Adapter 15 | 4 × 23 × 15/10ml | 4000r/min | 3578 × g |
Adapter 16 | 4 ×7 × 50ml | 4000r/min | 3578 × g |
Adapter 16 | 4 × 4× 100ml | 4000r/min | 3578 × g |
The Floor Model Centrifuge EZL-FMC101 is designed to support large sample capacities, making it ideal for high-throughput environments such as blood banks and clinical laboratories. Its ability to handle multiple blood tubes or biological samples in a single run enhances efficiency and productivity. The system maintains consistent performance across cycles, even under continuous use. It ensures reliable and streamlined processing for labs that manage demanding separation workloads.
Our Floor Model Centrifuge EZL-FMC101 is equipped with multiple safety features including a secure lid-lock system, imbalance detection, and lid drop protection. These mechanisms ensure that the centrifuge always operates safely, preventing accidental access during runs or unexpected equipment strain. Visual alerts notify users of any operational irregularities for immediate action. These features support a safe laboratory environment while protecting both users and samples.
Ezilab’s Floor Model Centrifuge EZL-FMC101 features a multi-layer adapter system that accommodates different blood tube sizes, including 75 mm and 100 mm variants. This flexibility allows labs to process mixed tube types in one run, saving time and reducing the need for rotor changes. The adapter design ensures each tube is securely positioned during centrifugation. This versatility makes it ideal for clinical labs and blood banks handling diverse sample types.
Our Floor Model Centrifuge EZL-FMC101 is highly suitable for processing temperature-sensitive samples thanks to its precise and stable control over both temperature and speed. The unit’s rapid cooling capability allows the chamber to reach desired conditions quickly, reducing the time samples are exposed to ambient temperatures before and after runs. This is especially important when working with plasma, serum, enzymes, or other biological materials that can degrade under temperature fluctuations.
The Floor Model Centrifuge EZL-FMC101 is engineered with robust internal components and a durable build, making it highly reliable for long-term, continuous operation. Its advanced control system constantly monitors performance parameters such as rotor balance, speed consistency, and internal temperature to prevent mechanical strain or overheating during prolonged runs. The quiet and low-vibration operation also contributes to smoother performance and a more comfortable lab environment, even during heavy usage.
The Floor Model Centrifuge EZL-FMC101 is designed to improve operational efficiency in high-throughput laboratory settings. With features such as rapid acceleration and deceleration, programmable memory for frequently used protocols, and automated lid operation, it significantly reduces setup time and user intervention. These automation-friendly features allow technicians to run multiple cycles with minimal effort, freeing them to focus on parallel tasks or analysis. The intuitive interface further speeds up daily routines, while consistent performance ensures fewer repeat runs or interruptions.
