Flow Cytometer LFCM-T2011

Introduction

Flow Cytometer features 3 customizable lasers (405/488/638 nm, 405/488/561 nm, or 561/488/638 nm) for flexible fluorescent marker detection. It includes a fluid monitoring system that checks fluid levels, pressure, bubbles, and needle collisions for smooth operation. Our flow cytometer supports automatic sample loading with flow tubes, Eppendorf tubes, and 96-well plates, making it user-friendly and efficient. It is commonly used in fields like immunology, cancer research, microbiology, and clinical diagnostics.

This flow cytometer is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Flow Cytometer iswidely applied in immunology, cancer research, microbiology, and clinical diagnostics.

Specifications

Lasers	3 lasers (customizable) 405nm, 488nm, 638nm 405nm, 488nm, 561nm 561nm, 488nm, 638nm
Sample Acquisition Rate	65,000 events/sec
Forward and Side Scatter Resolution	: 0.5 µm; : 0.2 µm
Sensitivity	< 25 ; PE < 10 ; < 15 ; BV421 < 25
Automatic Monitoring	Monitoring of sheath fluid and waste liquid volume, pipeline pressure, sample needle collision detection, sheath flow cell bubble detection, and sample run-out warning
Fluorescence Resolution	CV < 2%
Dynamic Range	24 bits; 7.2 decades logarithmic scale
Automatic Sample Loading	Compatible with flow tubes, Eppendorf tubes, and 96-well plates
Sample Delivery	Peristaltic pump or syringe pump
Sample Flow Rate	10 µL/min to 300 µL/min
Parameters	5 to 18 channels
Event acquisition rate	65,000 events/second
Dimensions	490 × 350 × 450 mm
Packaging Dimension	110 × 110 ×125 mm
Net Weight	35 Kg
Gross Weight	80 Kg

Features

Automatic sample loading

Multi language support

Export report in batch 

Auto power off

FAQs

1. What is a Flow Cytometer and how does Flow Cytometer support scientific research?

A flow cytometer is an advanced laboratory instrument used to analyze the physical and chemical characteristics of cells or particles suspended in a fluid. It uses lasers to detect fluorescent markers attached to specific cell components, helping scientists study cell populations quickly and accurately. Flow Cytometers are widely used in research fields such as immunology, microbiology, cancer biology, and clinical diagnostics. It offers customizable laser options, making the instrument adaptable to a wide range of experiments. The inclusion of automatic sample loading and intelligent fluid monitoring systems ensures smooth, user-friendly operation, even during high-throughput testing. This versatility helps researchers save time, reduce error, and achieve more reliable results.

2. What makes It Flow Cytometers user-friendly for lab technicians and researchers?

It Flow Cytometers are designed to make the workflow as simple and efficient as possible. One of the standout features is automatic sample loading, which supports various sample containers like flow tubes, Eppendorf tubes, and 96-well plates. This flexibility saves time and allows researchers to work with different sample formats. Additionally, the system supports multi-language operation, making it accessible to users in labs around the world. With features such as batch report export and auto power-off, It ensures both convenience and energy efficiency. The interface is also intuitive, especially when used with the Smart Cyto Software, which provides clear controls for setup, data collection, and analysis.

3. How does It ensure reliability and accuracy in its Flow Cytometers?

It Flow Cytometers come equipped with several advanced monitoring features that help maintain reliable operation. The system continuously checks for fluid levels, pipeline pressure, sample needle collisions, and bubble formation in the sheath flow cell. These automatic safety checks help prevent damage to the instrument and ensure accurate data collection. Moreover, the system gives warnings when samples are running out, reducing the chances of incomplete experiments. High fluorescence resolution (CV < 2%) and sensitive detection thresholds (e.g., PE < 10 ) allow researchers to detect low-abundance targets with confidence. With a dynamic range of 7.2 decades and up to 18 detection channels, It ensures high precision across a broad range of sample types.

4. What customization options are available in It Flow Cytometers, and how do they benefit specific applications?

It offers customizable laser configurations, allowing users to select from combinations such as 405/488/638 nm, 405/488/561 nm, or 561/488/638 nm. This means researchers can tailor the cytometer to their specific fluorescent markers and experiment needs. For example, scientists working with different fluorochromes in cancer research or immunology can choose the laser set best suited to their dyes. This level of customization enhances marker detection flexibility and allows for precise multiplex analysis. Whether you're working with content, surface markers, or intracellular cytokines, It provides the adaptability needed for modern flow cytometry applications.

5. What comes standard with a It Flow Cytometer, and how is it installed in a laboratory setting?

It Flow Cytometers come with a full set of standard accessories to ensure quick and easy setup in any lab. Each unit includes a computer system, sample loader, liquid flow bottle module, and essential cables (, Ethernet, power), along with a dongle and Smart Cyto Software for data handling. Also included is an auto sample feeder for high-throughput work. The system has a compact design (main unit dimensions: 490 × 350 × 450 mm) and weighs less than 35 kg, making it suitable for most laboratory benches. It also provides a workstation PC to manage and analyze your data efficiently. Once installed, the user-friendly software and hardware integration allow for smooth daily operation, even for users with minimal training.