Microplate Centrifuge LMPC-T2010

Introduction

Microplate Centrifuge features a compact design and operates within a speed range of 500 to 2500 rpm. It features an integrated -to- conversion function, offering enhanced versatility across various laboratory procedures. The brushless DC motor minimizes wear and ensures maintenance-free performance. Its noise level is below 55 dB, promoting consistent and quiet operation. Our Microplate Centrifuge is widely used in biochemistry, molecular biology, immunoenzyme analysis, and general laboratory centrifugation.

It utilizes high-speed rotation to separate components of different densities, widely used in biological, medical, and chemical laboratories. The unit is equipped with safety protection systems to ensure operator safety during high-speed operation.

Applications

Our Microplate Centrifuge is widely used in fields such as biochemistry, molecular biology, and immunoenzyme analysis. It is particularly suitable for laboratory routines involving assays, cell culture processing, nucleic acid purification, and protein analysis.

Specifications

Speed Range	500 to 2500 rpm
Range	32 to 797 g
Capacity	2 pcs microplate or deep-well plates
Timing Range	1 min to 30 min
Noise	Up to 55 dB(A)
Multi-Point Running	Yes (maximum 5 points)
Multi-Cycle	Yes (maximum 99 times)
Auto-Resume to Run	Yes
Automatic Unbalance Detection	Yes
Power Supply	150 W
Voltage	AC 220V or AC 110V, 50/60 Hz
Dimensions	463 × 340 × 248 mm
Net Weight	15.7 Kg

Features

display

Multi-point function

Microprocessor control technology

Automatic running function

Automatic imbalance detection technology

FAQs

1. What are the automatic features of the Microplate Centrifuge ?

The Microplate Centrifuge includes several automatic features to support smooth operation. It has an automatic imbalance detection system that monitors stability throughout each run. The auto resume function allows it to continue working after a power failure, reducing the need for a manual reset. It also supports automatic multi-point and multi-cycle functions, streamlining repetitive tasks. These features save time and minimize human intervention during frequent use.

2. What are the safety features of the Microplate Centrifuge ?

The Microplate Centrifuge is equipped with key safety functions to ensure reliable operation. It includes a balance test and an unbalance alarm that prevent unsafe spinning by alerting users when the load is uneven. The system performs a self-check before operation, and the lid locks securely during each run. In case of excessive speed or technical issues, electronic protection prevents damage. These safety measures ensure dependable performance in daily lab procedures.

3. Why is a DC brushless motor used in the Microplate Centrifuge ?

The Microplate Centrifuge uses a DC brushless motor for its low-maintenance and quiet performance. This type of motor eliminates friction-related wear, extending the lifespan of internal components. It runs smoothly without generating much noise, which is important in a shared or noise-sensitive lab environment. The motor also helps maintain a stable speed, even during long or high-speed runs. It’s ideal for ensuring consistent results over time.

4. What is meant by balance test and unbalance alarm in the Microplate Centrifuge ?

The balance test and unbalance alarm in the Microplate Centrifuge refer to safety features that detect uneven weight distribution in the rotor. When an imbalance is detected, the system alerts the user and halts the operation to prevent vibration or damage. This helps protect both samples and equipment. It ensures accurate spinning and adds a layer of operational security. These functions are especially important during high-speed centrifugation.

5. How is rotor interchangeability useful in the Microplate Centrifuge ?

The rotor interchangeability in the Microplate Centrifuge allows it to accommodate different microplate formats, such as standard and deep-well plates. This flexibility makes it suitable for a wide range of protocols across various research areas. Users can quickly switch rotors to match their specific plate requirements without needing additional equipment. It simplifies workflow when handling multiple assay types. Overall, it improves convenience and expands usability within the same workspace.