Mini Centrifuge LMI-T2012

Introduction

Mini Centrifuge features a compact, powerful, high-speed mini centrifuge with a speed range of 500 to 15000 rpm. It features a convenient / conversion function, enabling users to adjust settings according to their experimental needs. The centrifuge is designed to limit sample heating, rising by only about 5°C even after 30 minutes of operation at maximum speed. It's an automatic imbalance detection system and safety lid locking mechanism, ensuring safe and uninterrupted operation. Our Mini Centrifuge is widely used in laboratories focused on molecular biology, genetic research, and clinical diagnostics.

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 Mini Centrifuge is widely used for extracting / samples, sedimentation of biological components, biochemical and chemical analysis of micro samples.

Specifications

Speed Range	500 to 15000 rpm
Range	16 to 15080 g
Capacity	12 × 1.5/2.0 mL centrifuge tubes
Acceleration	14 sec (0 to 15000)
Deceleration	14 sec (15000 to 1000)
Timing Range	15 sec to 99 min 59 sec/∞
Rotor Balance Diagnosis	Yes
Motor Overheating Protection	Yes
Power Supply	120 W
Voltage	DC 24V/5A
Dimensions	255 × 194 × 140 mm
Net Weight	2.3 Kg

Features

Automatic stop function 

Motor overheating protection

Brushless DC motor

Durable rotor

Bench-top design

FAQs

1. What are the safety features offered by the Mini Centrifuge ?

Mini Centrifuge offers essential safety features to protect both the operator and the samples. It includes rotor imbalance diagnostics that detect and prevent unsafe spinning conditions. This Mini-centrifuge is equipped with a motor overheating protection function that automatically halts the operation in case of temperature rise. A momentary stop button is provided for quick spin halts, and the top lid locks securely during high-speed runs. These features ensure safe operation even at maximum speeds.

2. Is the Mini Centrifuge durable?

Mini Centrifuge is designed for durability and long-term use. Its rotor is made of high-quality nylon, offering excellent corrosion resistance and reduced heat buildup during extended runs. The outer body is compact and sturdy, minimizing wear over time. The brushless motor ensures less mechanical friction, supporting continuous and maintenance-free performance. These qualities contribute to reliable, long-lasting usage in everyday lab operations.

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

The DC brushless motor is used in the Mini Centrifuge to deliver quiet, efficient, and low-maintenance performance. It reduces mechanical wear, ensuring consistent high-speed operation without interruption. The motor helps minimize noise and heat generation, even during extended use. This type of motor also enhances energy efficiency and contributes to the overall durability of the unit. It’s a suitable choice for demanding lab routines that require reliable spinning.

4. What are the automatic features of the Mini Centrifuge ?

Mini Centrifuge includes several automatic features for improved usability. It accelerates and decelerates automatically in just 14 seconds, saving time between runs. The rotor imbalance diagnostics operate automatically to prevent unsafe conditions. The lid remains locked during operation and opens only after the cycle completes. Additionally, the motor overheating protection works in the background, without user input. These functions reduce manual monitoring and improve efficiency.

5. Why are acceleration and deceleration important in the Mini Centrifuge ?

Fast acceleration and deceleration in the Mini Centrifuge allow for quicker processing of samples, reducing wait times. With a 14-second ramp-up to 15,000 rpm and a 14-second slowdown, the unit supports high-throughput workflows. These features help prevent prolonged heat buildup and minimize stress on samples. They also make short spin-downs and rapid separations easier to perform. Overall, this function enhances speed and convenience in daily lab tasks.