EziLab High Speed Refrigerated Centrifuge EZL-HRC110 delivers refrigerated centrifugation up to 16500 rpm with 23120 × g RCF. It supports up to 4 × 100 ml capacity for routine and mid-volume workflows. Temperature control is built to protect heat-sensitive samples during high-speed runs. Low noise operation at ≤58 dB(A) fits shared laboratory spaces. Acceleration and deceleration settings from 10 to 10 steps support sample gradient and delicate pellet management. It operates on AC 220V 50Hz with 880W power rating. Suited to industrial labs, hospitals, and pharmaceutical workflows requiring temperature-controlled separations via Lab Equipment and EziLab's full range of laboratory centrifuges for lab workflow integration.
| Maximum Speed | 16,500rpm |
|---|---|
| Maximum RCF | 23,120 × g |
| Maximum Capacity | 4 × 100 ml |
| Timer Range | 1 to 99 min 59 s |
| Speed Accuracy | ±10 r/min |
| Noise Level | Less than equal to 58 dB(A) |
| Acceleration / Deceleration | 10 to 10 steps |
| Power Supply | AC 220V 50Hz 10A 880W |
| Dimensions (W×D×H) | 600 × 570 × 380 mm |
Stable speed control
Compact benchtop design
Programmable memory storage
Reliable cooling system
Broad temperature control range
High Speed Refrigerated Centrifuge EZL-HRC110 is ideal for use in industrial labs, hospitals, and pharmaceutical industries. It delivers precise temperature control to safeguard sample integrity during high-speed separations.
Rotor Type | Capacity (ml) | Maximum Speed (r/min) | Maximum RCF (×g) |
Angle Rotor 01 | 12 × 1.5 / 2.2mL | 16500 r/min | 19175 × g |
Angle Rotor 02 | 12 × 5 mL | 16500 r/min | 19480 × g |
Angle Rotor 03 | 12 × 10 mL | 12000 r/min | 13156 × g |
Angle Rotor 04 | 24 × 1.5/2.2ml | 14000 r/min | 17530 × g |
Angle Rotor 05 | 36 × 1.5/2.2ml | 13000 r/min | 15400 × g |
Angle Rotor 06 | 12 × 8 × 0 . 2 mL | 15000 r/min | 23120 × g |
Angle Rotor 07 | 10 × 15 mL | 11000 r/min | 14745 × g |
Angle Rotor 08 | 6 × 50 mL | 11000 r/min | 12175 × g |
Angle Rotor 09 | 4 × 10/100 mL | 10000 r/min | 10975 × g |
| Adapter Type | Capacity (ml) | Maximum Speed (r/min) | Maximum RCF (×g) |
Adapter 01 | 12 × 0.5ml | 16500 r/min | 19175 × g |
Adapter 02 | 12 × 0.2ml | 16500 r/min | 19175 × g |
Adapter 03 | 12 × 1.5ml | 16500 r/min | 19480 × g |
Adapter 04 | 12 × 5ml | 12000 r/min | 13156 × g |
Adapter 05 | 24 × 0.5ml | 14000 r/min | 17530 × g |
Adapter 06 | 24 × 0.2ml | 14000 r/min | 17530 × g |
Adapter 07 | 36 × 0.5ml | 13000 r/min | 15400 × g |
Adapter 08 | 36 × 0.2ml | 13000 r/min | 15400 × g |
Adapter 09 | 10 × 10ml | 11000 r/min | 14745 × g |
Adapter 10 | 10 × 5ml | 11000 r/min | 14745 × g |
Adapter 11 | 6 × 15m | 11000 r/min | 12175 × g |
Adapter 12 | 6 × 10m | 11000 r/min | 12175 × g |
Adapter 13 | 6 × 1 .5ml | 11000 r/min | 12175 × g |
Adapter 14 | 4 × 50mL | 10000 r/min | 10975 × g |
Adapter 15 | 4 × 15mL | 10000 r/min | 10975 × g |
Adapter 16 | 4 × 10 mL | 10000 r/min | 10975 × g |
Adapter 17 | 4 × 5mL | 10000 r/min | 10975 × g |
Adapter 18 | 4 × 1.5mL | 10000 r/min | 10975 × g |
The High Speed Refrigerated Centrifuge EZL-HRC110 is designed to maintain sample stability even under high centrifugal force by incorporating advanced temperature control during operation. The cooling system helps prevent heat buildup, which can degrade sensitive samples like enzymes, plasma, or RNA. Our users can confidently run high-speed protocols without worrying about thermal stress. The chamber maintains a stable temperature range suitable for heat-sensitive applications, supporting reproducibility.
Ezilab’s High Speed Refrigerated Centrifuge EZL-HRC110 features an intuitive user interface with a digital display, making speed and temperature settings easy to configure and monitor. The quick-access control panel allows users to run standard protocols with minimal setup time. Our design prioritizes usability, ensuring lab personnel can operate the centrifuge efficiently, even in high-throughput environments. It also supports programmable settings for commonly used runs, saving time on repeated processes. This ease of use makes it a practical choice for busy laboratories.
The High Speed Refrigerated Centrifuge EZL-HRC110 incorporates multiple safety mechanisms, including imbalance detection, lid lock during operation, and emergency stop features. Our centrifuge is designed to automatically shut off or prevent startup if unsafe conditions are detected, reducing the risk of accidents. The temperature regulation also helps protect heat-sensitive samples from degradation. Additionally, a low noise level ensures a comfortable working environment, especially in shared lab spaces. These safeguards support both operator safety and sample protection.
Our High Speed Refrigerated Centrifuge EZL-HRC110 is compatible with a variety of rotors, making it suitable for a broad range of lab tasks including blood separation, nucleic acid prep, and cell pelleting. The modular rotor system allows quick switching between rotor types, increasing flexibility and lab efficiency. The users benefit from being able to process different sample volumes and tube formats in a single machine. This adaptability makes it a reliable investment for labs with diverse processing needs. It’s especially valuable in labs that handle both clinical and research samples.
The High Speed Refrigerated Centrifuge EZL-HRC110 is engineered to support extended runtimes and consistent performance, making it ideal for high-volume sample processing. The cooling system and motor design enable reliable operation over long periods without compromising sample quality. The low vibration and noise levels also enhance the user experience in busy lab environments. Our centrifuge maintains performance integrity even with frequent use, reducing the need for downtime. This makes it suitable for diagnostic labs, biobanks, and centralized testing centres.
Ezilab’s High Speed Refrigerated Centrifuge EZL-HRC110 is built for long-term durability, with easy-to-clean surfaces and low-maintenance components. The rotor chamber is corrosion-resistant and accessible, simplifying routine cleaning. Ezilab also provides service reminders and fault alerts, helping labs stay ahead of potential issues. Regular calibration and periodic rotor checks are recommended for optimal performance. With proper care, the unit delivers dependable operation for years.