EziLab supplies the Low Speed Refrigerated Centrifuge EZL-LRC108 for pharmaceutical and research laboratories that need considerably more force than the standard low speed refrigerated centrifuge in this catalog, despite sharing the same product category. Running at 8000rpm and 11,180 RCF with a 6x1000mL rotor and 62dB noise level, this lab centrifuge delivers roughly double the speed and more than double the force of the 5000rpm/4,640 RCF standard unit, positioning it closer to the high speed refrigerated centrifuge tier in practical force output while retaining the larger 6x1000mL batch capacity associated with gentler, higher-volume separation work. That combination of higher force and large rotor capacity suits pharmaceutical labs needing stronger separation on larger batch volumes than the standard low speed unit provides, without moving to the smaller-capacity rotors typical of the high speed refrigerated line. The 62dB noise level reflects the more powerful motor needed to reach this higher force output compared to the quieter standard low speed model. Worth noting for anyone comparing centrifuges by category name alone: this unit's actual force output exceeds what "low speed" typically implies relative to the other standard low speed model in this catalog, so labs should compare RCF and rotor capacity directly rather than relying on the category label when choosing between centrifuges. See the Lab Centrifuge and Low Speed Refrigerated Centrifuge ranges for high-force large-batch separation needs across USA pharmaceutical and research laboratory settings.
| Maximum Speed | 8000rpm |
|---|---|
| Maximum RCF | 1180×g |
| Maximum Capacity | 6×1000 ml |
| Timer Range | 1 s to 99 min 59 s |
| Speed Accuracy | ±10 rpm |
| Noise Level | Less than equal to 62 dB(A) |
| Power | 6500 W |
| Dimensions (W×D×H) | 860×730×1200 mm |
| Net Weight | 270 kg |
Instantaneous Centrifugation Performance
Large-volume sample handling
Wide temperature control capability
Durable direct-drive motor system
Low-noise operation
User-friendly touch screen interface
Our Low Speed Refrigerated Centrifuge EZL-LRC108 ideal for use in industrial labs, hospitals, and pharmaceutical laboratories. It ensures consistent performance for labs requiring high-speed, programmable runs with enhanced safety and user convenience.
Rotor Type | Capacity (ml) | Maximum Speed (r/min) | Maximum RCF (×g) |
Fixed Angle Rotor 01 | 6 × 500 ml | 8000r/min | 11880×g |
Fixed Angle Rotor 02 | 6 × 1000 ml | 7000r/min | 11630×g |
Our Low Speed Centrifuge EZL-LSC108 requires minimal but regular maintenance for optimal performance. Users should clean the rotor chamber and check the lid lock mechanism periodically to avoid residue buildup or wear. Ensuring balanced loading during operation also extends the life of internal components.
The Low Speed Centrifuge EZL-LSC108 is engineered to protect the structural integrity of biological samples during processing. Its smooth acceleration and deceleration curves minimize sudden movement, significantly reducing the risk of sample remixing or disturbance. This is particularly important in clinical and diagnostic applications where the separation of plasma, serum, or other components must remain clearly defined.
Ezilab’s Low Speed Centrifuge EZL-LSC108 is built for ease of use, making it accessible to both experienced technicians and new users. It features an intuitive control panel with clearly labelled functions, allowing users to set speed, time, and other parameters quickly and accurately. The digital display provides real-time updates during operation, ensuring transparency and control at every stage.
The Low Speed Refrigerated Centrifuge EZL-LRC108 is designed to efficiently handle common sample types like blood, cell suspensions, and biological fluids, making it a dependable choice for daily lab routines. Its consistent temperature control helps preserve sensitive samples during longer spins. Lab personnel benefit from the user-friendly interface and simplified cycle setup, which help accelerate workflows and enhance productivity The model balances ease of use with reliability, reducing training time for new users.
Ezilab’s Low Speed Refrigerated Centrifuge EZL-LRC108 features a built-in cooling system that actively regulates internal temperature, even during extended runs. This helps maintain sample integrity by reducing the risk of thermal degradation or unwanted reactions. The system cools quickly and remains stable throughout, making it ideal for temperature-sensitive applications.
Our Low Speed Refrigerated Centrifuge EZL-LRC108 is engineered to support high-efficiency workflows by offering rapid acceleration and deceleration, significantly reducing the time needed for each centrifugation cycle. Its fast-pre-cooling feature quickly brings the chamber to the desired temperature, allowing labs to process temperature-sensitive samples without waiting. Pre-set run programs and memory recall functions eliminate repetitive setup steps, ensuring quick transitions between cycles. It is particularly valuable in high-throughput environments where time and accuracy are critical, helping laboratories maintain a fast pace without sacrificing consistency, sample quality, or operator control.
Ezilab’s Low Speed Refrigerated Centrifuge EZL-LRC108 accommodates a variety of rotor options that make it flexible for handling different tube sizes and sample volumes. Whether you're processing microtubes or larger sample containers, the machine can be configured accordingly. This adaptability makes it ideal for labs with changing needs or multiple workflows. It ensures reliable separation across sample types, improving lab efficiency and reducing the need for multiple devices.
The Low Speed Refrigerated Centrifuge EZL-LRC108 is well-suited for biosafety environments, where contamination control and operator protection are top priorities. It features sealed rotor options that minimize the risk of aerosol dispersion during and after centrifugation, significantly reducing the chance of exposure to hazardous or infectious materials. The secure lid-lock mechanism ensures the chamber remains sealed throughout operation, further enhancing safety. Additionally, its smooth, corrosion-resistant construction support routine decontamination protocols essential in biosafety settings.
