Cytospin Centrifuge LCYC-T2010

Introduction

Cytospin Centrifuge of 12 × 0.5 ml for micro-volume applications. Its separation modes to optimize settings. The tool-free rotor change enhances convenience. Its design promotes improved workflow efficiency. Our cytospin centrifuge clear smear visualization, providing sharp and distinct cellular details.

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

Cytospin Centrifuge  is a lab instrument that separates components of a mixture based on density. It does this by spinning samples at relatively low speed, making it ideal for gentle separations like blood cells or large particles.

Specifications

Maximum Speed	3000 r/min
Maximum Capacity	12 × 0.5 ml
Maximum	2300 g
Speed	0 to 4000 rpm
Speed Accuracy	± 10 rpm
Time	0 to 99 mins
Noise	≤ 50 dB (A)
Power Supply	125 W AC 220 V & 110V/50 to 60 Hz
Power Consumption	90 W
Dimensions (L × W × H)	450 × 340 × 270 mm
Net Weight	18 kg

Features

Low Temperature Rise

Smooth lid mechanism

Precision speed control

Reliable performance output

Maintenance-free motor 

FAQs

1. Can disposable chambers be used in a Cytospin Centrifuge ?

Yes, It Cytospin Centrifuges are compatible with both disposable and reusable sample chambers, depending on user preferences and biosafety requirements. Disposable chambers are especially beneficial when handling hazardous or infectious materials, as they prevent cross-contamination and reduce cleaning requirements. They are convenient for single-use applications and enhance lab hygiene protocols. Reusable chambers, when properly cleaned and sterilized, offer a cost-effective alternative. It ensures that both chamber types are easy to load and secure within the rotor system. It's crucial to use chambers that match the specific model specifications to maintain balance and avoid leakage during operation. Compatibility and flexibility in chamber use are hallmarks of design. This adaptability makes centrifuge ideal for labs with varied sample handling needs.

2. What maintenance is required in Cytospin Centrifuge ?

Routine maintenance of a Cytospin Centrifuge is essential for consistent performance and extended equipment lifespan. It recommends cleaning the rotor chamber, slide clips, and accessories daily, especially after processing biological or infectious materials. Use non-corrosive disinfectants and avoid water accumulation inside the device. Periodically check the rotor for alignment and inspect seals for wear or cracks. Electrical components should be inspected by qualified personnel as per the maintenance schedule. It’s also advisable to calibrate the centrifuge at regular intervals for accurate speed and time control. It provides maintenance checklists and service support to help labs maintain peak operating conditions. Preventive care minimizes breakdowns and ensures operator safety. reliable service network ensures continued performance and technical support.

3. Is training required to operate a Cytospin Centrifuge ?

Cytospin Centrifuges are designed for ease of use, initial training is recommended to ensure optimal operation and safety. Users should be trained in sample loading techniques, chamber placement, rotor balancing, and parameter selection. It provides comprehensive user manuals and training support to guide operators through these procedures. Proper training reduces errors, extends equipment life, and ensures accurate results. Training also helps users handle biohazardous samples safely and clean the instrument effectively after use. Even though the centrifuge is user-friendly, familiarity with operational protocols boosts confidence and reduces the learning curve. customer support team can also assist with installation and troubleshooting. Investing in training helps users maximize the benefits of precision-engineered equipment.

4. Are Cytospin Centrifuges safe to use?

Yes, It Cytospin Centrifuges are built with multiple safety mechanisms to ensure safe operation for users and specimens alike. They include safety features such as lid-locking systems that prevent the centrifuge from opening during operation, imbalance detection to avoid rotor damage, and sealed rotor covers to contain biohazards. Emergency stop buttons allow users to halt the operation instantly if needed. The design minimizes aerosol formation, which is crucial when working with infectious or hazardous materials. It also uses materials that are easy to disinfect, promoting a hygienic working environment. All these features ensure that the centrifuge complies with biosafety standards required in clinical laboratories. It is committed to delivering safe, reliable, and certified equipment that meets both operator and laboratory safety protocols.

5. What is a Cytospin Centrifuge used for?

Cytospin Centrifuge is a laboratory device used to deposit cells from liquid samples onto microscope slides in a uniform monolayer. This process is crucial for cytological analysis in fields like cytopathology, hematology, microbiology, and oncology. Cytospin Centrifuge ensures precise cellular concentration, helping clinicians analyze cell structures clearly and accurately. It is particularly valuable for examining low-cellularity fluids such as cerebrospinal fluid, urine, or fine needle aspirates. By minimizing artifacts and enhancing visibility, it supports more accurate diagnoses. Its use improves workflow efficiency and sample reliability in clinical labs, research settings, and hospitals. models are specifically engineered to deliver reproducible results for even the most delicate specimens, reinforcing their trustworthiness in high-stakes diagnostic procedures.

6. What are the advantages of using a Cytospin Centrifuge?

It Cytospin Centrifuges offer numerous advantages that streamline cytological workflows and improve diagnostic quality. They allow concentrated cell deposition in a targeted area, which enhances sample visibility and diagnostic accuracy. The centrifuge’s uniform cell distribution results in better staining consistency and clearer microscopic analysis. Users benefit from reduced reagent use and minimal sample volume requirements, making it ideal for precious or limited clinical samples. It models feature safety interlocks, intuitive controls, and multiple sample capacity, which collectively boost productivity and safety. Their compact design fits well in small labs while maintaining advanced functionality. dedication to quality ensures long-term reliability, reduced error margins, and compliance with global laboratory standards. These features contribute to reliable, efficient, and cost-effective cytology procedures.

7. What types of samples can be used in a Cytospin Centrifuge?

It Cytospin Centrifuges are versatile and compatible with a wide variety of biological and clinical fluids. These include cerebrospinal fluid (), urine, pleural and peritoneal effusions, bronchoalveolar lavage, synovial fluid, and blood components. They are also effective for concentrating cells from fine needle aspiration biopsies. This versatility makes them suitable for a range of applications from infection detection to cancer diagnosis. The precision in slide preparation ensures that even samples with low cellularity yield useful diagnostic information. The adaptable design accommodates different chamber sizes and slide types. It ensures that each model is engineered to meet the needs of clinical, research, and hospital labs. With It, users can confidently process diverse sample types without compromising on accuracy.

8. How many samples can be processed at once?

The processing capacity of a Cytospin Centrifuge depends on the rotor configuration and chamber design. It Cytospin Centrifuges typically support processing of 6 to 12 samples simultaneously, depending on the model. This allows high-throughput labs to efficiently handle large sample volumes while maintaining consistency. Each sample chamber is individually secured to ensure balanced centrifugation, minimizing the risk of errors. The ability to process multiple samples in a single run significantly saves time and reduces manual workload. It also helps laboratories maintain fast turnaround times without compromising accuracy. models are built for both routine and demanding workloads, making them a reliable addition to clinical workflows. Their robustness and efficiency make them indispensable in time-sensitive diagnostic environments.