EziLab supplies the High Speed Refrigerated Centrifuge EZL-HRC112 for molecular biology laboratories that need a swing rotor design at 21,000rpm and 31,554 RCF with a 4x750mL capacity, matching the room-temperature high speed centrifuge's force output in this catalog but with active cooling added. This lab centrifuge uses a swing-out rotor configuration rather than the fixed-angle rotors found on most other centrifuges in this catalog, meaning tubes pivot outward during the spin and settle horizontally, producing a flatter pellet profile at the bottom of the tube compared to the angled pellet a fixed-angle rotor creates. That swing rotor design matters for protocols where pellet shape and position affect downstream sample recovery — some applications specifically call for the flatter, more evenly distributed pellet a swing rotor produces, making resuspension or supernatant removal more consistent than with an angled pellet pushed against the tube wall. The refrigeration and 4x750mL capacity match the mid-tier force specification shared with other 21,000rpm units in this catalog, with the swing rotor being the distinguishing mechanical feature here. Molecular biology labs whose protocols specifically benefit from swing rotor pellet characteristics get that rotor geometry at this established force level. See the Lab Centrifuge and High Speed Refrigerated Centrifuge ranges for swing-rotor high-force separation needs across USA molecular biology laboratory settings.



Maximum Speed 21000rpm
Maximum RCF 31554×g
Maximum Capacity (Swing Rotor) 4×750 ml
Maximum Capacity (Angle Rotor) 6×100 ml
Timer Range 1 to 99 min 59 s
Noise Level Less than equal to 58 dB(A)
Power 1300W
Dimensions (W×D×H) 680×580×420mm
Weight 110kg
  • Brushless induction motor

  • Emergency lid release

  • Quiet operation mode

  • Dual-layer insulation

  • Compact vertical design

  • High Speed Refrigerated Centrifuge EZL-HRC112 is ideal for use in research institutes, clinical laboratories. It delivers reliable performance for labs requiring high-speed, high-capacity centrifugation with precise temperature control, safety, and user-friendly functionality.

Rotor Type 

Capacity (ml) 

Maximum Speed (r/min) 

Maximum RCF (×g) 

Angle Rotor 01

12 × 1.5 / 2.2mL

21000 r/min

31061 × g

Angle Rotor 02

12 × 5 mL

21000 r/min

31554 × g

Angle Rotor 03

24 × 1.5/2.2ml

16000 r/min

23800 × g

Angle Rotor 04

10 × 15 mL

15000 r/min

27418 × g

Angle Rotor 05

48 ×  1.5/2.2ml

15000 r/min

23394 × g

Angle Rotor 06

12 × 10ml

15000 r/min

20557 × g

Angle Rotor 07

6 × 50 ml

15000 r/min

22640 × g

Angle Rotor 08

6 × 100ml

13000 r/min

20406 × g

Angle Rotor 09

8 × 50ml

13000 r/min

20122 × g

Swing Bucket 01

4 × 250ml

4000 r/min

3049 × g

Swing Bucket 02

4 × 400ml

4000 r/min

3049 × g

Swing Bucket 03

4 × 500ml

4000 r/min

3354 × g

Swing Bucket 04

4 × 600ml

4000 r/min

3354 × g

Swing Bucket 05

4 ×750ml

4000 r/min

3443 × g

Microplate Rotor

2× 2 × 96 holes

4200 r/min

3057 × g

Adapter Type 

Capacity (ml) 

Maximum Speed (r/min) 

Maximum RCF (×g) 

Adapter 01

12 × 0.5ml

21000 r/min

31061 × g

Adapter 02

12 × 0.2ml

21000 r/min

31061 × g

Adapter 03

12 × 1.5ml

21000 r/min

31554 × g

Adapter 04

24 × 0.5ml

16000 r/min

23800 × g

Adapter 05

24 × 0.2ml

16000 r/min

23800 × g

Adapter 06

24 × 0.2ml

15000 r/min

27418 × g

Adapter 07

10 × 15ml

15000 r/min

27418 × g

Adapter 08

10 × 10ml

15000 r/min

27418 × g

Adapter 09

10 × 5ml

15000 r/min

23394 × g

Adapter 10

10 × 1.5ml

15000 r/min

23394 × g

Adapter 11

48 × 0.5ml

15000 r/min

20557  × g

Adapter 12

48 × 0.2 ml

15000 r/min

20557  × g

Adapter 13

6 × 15ml

15000 r/min

22640 × g

Adapter 14

6 ×10ml

15000 r/min

22640 × g

Adapter 15

6 ×1.5mL

15000 r/min

22640 × g

Adapter 16

6 × 50 mL

13000 r/min

20406 × g

Adapter 17

6 × 15mL

13000 r/min

20406 × g

Adapter 18

6 × 10mL

13000 r/min

20406 × g

Adapter 19

6 × 5mL

13000 r/min

20406 × g

Adapter 20

6 × 1.5mL

13000 r/min

20406 × g

Adapter 21

8 × 15mL

13000 r/min

20122 × g

Adapter 22

8 × 10mL

13000 r/min

20122 × g

Adapter 23

8 × 1.5mL

13000 r/min

20122 × g

Adapter 24

4 × 9 × 5/2ml

4000 r/min

3049 × g

Adapter 25

4 ×5 × 15/10

4000 r/min

3049 × g

Adapter 26

4 × 50ml

4000 r/min

3049 × g

Adapter 27

4 × 100ml

4000 r/min

3049 × g

Adapter 28

4 × 9 × 1.5ml

4000 r/min

3049 × g

Adapter 29

4 × 16 × 5/2ml

4000 r/min

3049 × g

Adapter 30

4 × 9 × 15/10ml

4000 r/min

3049 × g

Adapter 31

4 × 4 × 50ml

4000 r/min

3049 × g

Adapter 32

4 × 100ml

4000 r/min

3049 × g

Adapter 33

4 × 16 × 1.5ml

4000 r/min

3049 × g

Adapter 34

4 × 17 × 5/2ml

4000 r/min

3354 × g

Adapter 35

4 × 18 × 15/10ml

4000 r/min

3354 × g

Adapter 36

4 × 3 × 50ml

4000 r/min

3354 × g

Adapter 37

4 × 100ml

4000 r/min

3354 × g

Adapter 38

4 × 25 × 5/2ml

4000 r/min

3354 × g

Adapter 39

4 × 12 × 15/10ml

4000 r/min

3354 × g

Adapter 40

4 × 5 × 50ml

4000 r/min

3354 × g

Adapter 41

4 × 4 × 100ml

4000 r/min

3354 × g

Adapter 42

4 × 26 × 5/2ml

4000 r/min

3443 × g

Adapter 43

4 × 13 × 15/10ml

4000 r/min

3443 × g

Adapter 44

4 × 5 × 50ml

4000 r/min

3443 × g

Adapter 45

4 × 3 × 100ml

4000 r/min

3443 × g

Adapter 46

2 × 32 × 1.5ml

4200 r/min

3057 × g

Frequently Asked Questions

The High Speed Refrigerated Centrifuge EZL-HRC112 is equipped with advanced temperature control, allowing reliable operation during high-speed runs without compromising sample stability. This is essential for handling temperature-sensitive materials such as blood plasma, cell lysates, or enzyme preparations. The built-in refrigeration system maintains consistent conditions throughout the cycle. It helps minimize sample degradation by preventing heat buildup, especially during prolonged protocols. This ensures reproducibility and quality across experiments.

Ezilab’s High Speed Refrigerated Centrifuge EZL-HRC112 is designed with a user-friendly interface that simplifies programming and monitoring of runs. The LCD display provides real-time updates on operational parameters, reducing the chance of errors. Preset programs and memory storage help streamline repetitive tasks, saving valuable technician time. The interface supports intuitive control, so even new users can confidently operate the centrifuge with minimal training. This makes it a practical choice for labs with multiple users.

Our High Speed Refrigerated Centrifuge EZL-HRC112 incorporates multiple safety mechanisms, including a secure lid-lock system and imbalance detection to prevent unsafe operation. Dual safety circuits provide an extra layer of protection against overheating or system faults. It ensures the unit will shut down automatically in the event of rotor instability or power irregularities. These features reduce risk to both users and samples. It's built to maintain high safety standards in demanding lab environments.

Ezilab’s High Speed Refrigerated Centrifuge EZL-HRC112 supports a wide range of rotors and adapters, enabling it to accommodate various tube sizes and formats. This flexibility allows labs to process everything from micro-volume to moderate-volume samples with ease. The quick-change rotor system simplifies adjustments between protocols. It is ideal for multi-purpose labs that handle diverse workflows. This adaptability increases its long-term value and utility.

The High Speed Refrigerated Centrifuge EZL-HRC112 is optimized for consistent, high-speed performance, making it suitable for labs that require fast processing times without compromising precision. Its cooling system and robust motor ensure uninterrupted operation across repeated runs. The quiet performance also supports a more comfortable working environment. It is capable of handling routine and intensive applications with equal reliability. This helps reduce bottlenecks and supports streamlined lab operations.

Our High Speed Refrigerated Centrifuge EZL-HRC112 is built for long-lasting performance with minimal maintenance needs. The rotor chamber is easy to access and clean, while the brushless motor minimizes mechanical wear. Routine checks for rotor balance and basic cleaning are typically all that’s needed. Built-in system alerts notify users when service is recommended. This makes long-term upkeep simple, even in busy laboratory environments.