High Speed Centrifuge LHS-T2015

Introduction

High Speed Centrifuge reaches a maximum speed of 16500 rpm for rapid separation. It delivers a maximum of 21615×g, ideal for high-force sedimentation procedures. It supports a 12×5 ml capacity, suitable for small volume sample processing in laboratories. It features a touch parameter adjustment without shutdown. Perfect for routine lab use, offering safe, ergonomic operation with intuitive control features.

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 High Speed Centrifuge is ideal for rapid sedimentation of samples in clinical, biochemical, and molecular labs. It ensures consistent performance for labs requiring high-speed, programmable runs with enhanced safety and user convenience.

Specifications

Max Speed	16500 rpm
Max	21615×g
Max Capacity	12×5 ml
Timer Range	1 s to 99 h 59 min 59 s
Speed Accuracy	±10 r/min
Noise Level	≤ 62 dB(A)
Power Supply	AC 220 to 242 V, 50 Hz, 10 A
Power	350 W
Dimensions (W×D×H)	270×390×240 mm
Weight	21 kg

Features

Instantaneous centrifugation function

Brush-less motor operation

Rotor automatic identification

Steel chamber with anti-corrosion coating

Integrated guide map

Low-noise operation system

One-press lid closure

FAQs

1. How does the High Speed Centrifuge ensure safe operation during runs?

High Speed Centrifuge is built with a strong emphasis on safety, combining both electronic and mechanical safety systems. It features an electric lid lock that prevents accidental opening during rotation, ensuring user protection throughout each run. The rotor automatic identification system minimizes the risk of incorrect setup by detecting rotor compatibility and preventing operation if mismatched. Additionally, built-in safeguards monitor overspeed, overheating, and imbalance, automatically triggering shutdowns to prevent damage to samples or the instrument.

2. Can the High Speed Centrifuge be used for short spin or quick spin applications?

The High Speed Centrifuge is well-equipped for short spin operations, a vital function in workflows that require rapid pelleting or brief sample clarification. It includes a long-press function on the start/short-time key that initiates instantaneous centrifugation without the need to input full parameters. This is especially useful when working with microcentrifuge tubes or small-volume extractions where only a few seconds of spin time are needed. With its fast acceleration response and stable braking, users can perform these quick spins repeatedly with minimal delay, boosting daily throughput and saving time during routine lab tasks such as collecting droplets or quick separations before .

3. Can the High Speed Centrifuge perform quick or short-duration spins?

Yes, the High Speed Centrifuge is designed to support both standard and quick centrifugation. Users can activate a short spin cycle by long-pressing the start/short-time key, which provides immediate operation for brief, high-speed runs. This is particularly helpful for tasks requiring rapid pelleting or when quick sample clarification is needed without going through a full program cycle.

4. Are real-time parameter adjustments possible during operation on the High Speed Centrifuge ?

High Speed Centrifuge allows real-time adjustments through its intuitive HD touch panel. Users can modify key parameters such as speed, , or run time without needing to stop the centrifuge mid-cycle. This flexibility is beneficial in research workflows that require fine-tuning of protocols, ensuring smoother, uninterrupted processing of sensitive samples.

5. Can users choose between -based and time-based centrifugation modes on the High Speed Centrifuge?

Yes, the High Speed Centrifuge gives users full flexibility between timing modes. It supports both a start-timing mode, where the clock begins immediately, and an arrival-revolution mode that starts the countdown once the target is reached. This dual approach allows researchers to run precise protocols based on their experimental needs, ensuring reliable results across different centrifugation applications.