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Low Speed Refrigerated Centrifuge DT35C
CENTRIFUGES
Product Details: Low Speed Table Centrifuge DT35C
Overview
The Low Speed Table Centrifuge DT35C is a high-efficiency laboratory appliance designed to meet the rigorous demands of cellular and biochemical separation processes. With its advanced features and user-friendly design, the DT35C is ideal for laboratories in research, clinical, and diagnostic settings.
Basic Product Information
- Model: DT35C
- Max Speed: 5500 rpm
- Max RCF: 4919 × g
- Max Capacity: 4 × 250 ml
- Timer: 1 second to 99 hours, 59 minutes, and 59 seconds
- Revolutions/min Precision: ±10 r/min
- Voltage: AC 220 ± 22V, 50Hz, 10A
- Power: 550W
- Noise Level: ≤ 62 dB (A)
- Size: 430 × 540 × 360 (mm)
- Net Weight: 45 kg
- Rotor Automatic Identification: Yes
Detailed Features
Performance and Speed: The DT35C is engineered for versatile applications in low-speed centrifugation. It boasts a maximum speed of 5500 rpm, allowing it to generate a relative centrifugal force (RCF) of 4919 × g. This powerful performance makes the centrifuge exceptionally effective for separating various types of cells, including red blood cells, white blood cells, and other components in biological samples.
Capacity and Configuration: With a maximum capacity of 4 × 250 ml, the DT35C can accommodate a variety of sample types and sizes. This flexibility is beneficial for laboratories handling multiple sample types in single runs, improving throughput and efficiency.
User-Friendly Timer: The timer function ranges from a mere 1 second to an extensive 99 hours, 59 minutes, and 59 seconds, allowing researchers to customize the centrifugation process according to specific experimental protocols. This degree of precision ensures that even time-sensitive processes can be carried out with reliability.
Controlled Speed Regulation: The DT35C maintains a tight speed control with a precision of ±10 r/min. This feature is critical in ensuring that the samples are processed uniformly, reducing variability in experimental results.
Electrical Specifications: Operating at an AC voltage of 220 ± 22V with a frequency of 50 Hz and a current of 10A, the DT35C is designed to be used in most laboratory settings without the need for specialized power supply systems. Its power consumption is rated at 550W, making it energy-efficient and suitable for continuous use.
Quiet Operation: A noise level of ≤ 62 dB (A) allows the DT35C to operate in a laboratory environment without causing undue distraction. This is particularly important in research settings where maintaining a conducive working environment is essential for focus and productivity.
Compact Design: The dimensions of the centrifuge are 430 × 540 × 360 mm, making it relatively compact for a centrifuge with such capabilities. Its size allows for easy integration into various laboratory spaces, optimizing workflow and accessibility.
Robust Construction and Weight: Weighing in at 45 kg, the DT35C is substantial enough to minimize vibrations during operation, thereby enhancing sample integrity and prolonging equipment life. The sturdy construction caters to the demands of a busy laboratory environment, ensuring long-term reliability.
Performance and Speed: The DT35C is engineered for versatile applications in low-speed centrifugation. It boasts a maximum speed of 5500 rpm, allowing it to generate a relative centrifugal force (RCF) of 4919 × g. This powerful performance makes the centrifuge exceptionally effective for separating various types of cells, including red blood cells, white blood cells, and other components in biological samples.
Capacity and Configuration: With a maximum capacity of 4 × 250 ml, the DT35C can accommodate a variety of sample types and sizes. This flexibility is beneficial for laboratories handling multiple sample types in single runs, improving throughput and efficiency.
User-Friendly Timer: The timer function ranges from a mere 1 second to an extensive 99 hours, 59 minutes, and 59 seconds, allowing researchers to customize the centrifugation process according to specific experimental protocols. This degree of precision ensures that even time-sensitive processes can be carried out with reliability.
Controlled Speed Regulation: The DT35C maintains a tight speed control with a precision of ±10 r/min. This feature is critical in ensuring that the samples are processed uniformly, reducing variability in experimental results.
Electrical Specifications: Operating at an AC voltage of 220 ± 22V with a frequency of 50 Hz and a current of 10A, the DT35C is designed to be used in most laboratory settings without the need for specialized power supply systems. Its power consumption is rated at 550W, making it energy-efficient and suitable for continuous use.
Quiet Operation: A noise level of ≤ 62 dB (A) allows the DT35C to operate in a laboratory environment without causing undue distraction. This is particularly important in research settings where maintaining a conducive working environment is essential for focus and productivity.
Compact Design: The dimensions of the centrifuge are 430 × 540 × 360 mm, making it relatively compact for a centrifuge with such capabilities. Its size allows for easy integration into various laboratory spaces, optimizing workflow and accessibility.
Robust Construction and Weight: Weighing in at 45 kg, the DT35C is substantial enough to minimize vibrations during operation, thereby enhancing sample integrity and prolonging equipment life. The sturdy construction caters to the demands of a busy laboratory environment, ensuring long-term reliability.
Advanced Technology Features
Rotor Automatic Identification: The model comes equipped with an advanced rotor automatic identification system. This feature enhances safety and efficiency, automatically adjusting the operating parameters based on the rotor type being utilized. Users can switch between rotors without the need for manual recalibration, thus saving time and reducing the possibility of user error.
Microcomputer Control: The centralized microcomputer control system operates with advanced algorithms to provide precision and flexibility in centrifugation. It allows users to set specific parameters easily, monitor ongoing processes in real time, and receive alerts upon completion or in case of any operational anomalies.
AC Frequency Conversion Brush-less Motor: The incorporation of an AC frequency conversion brush-less motor not only increases the longevity of the centrifuge but also ensures stable and fast operation. This technology results in reduced maintenance requirements and eliminates the issues commonly associated with traditional brush motors.
Programmable Operation: The centrifuge is designed with five programmable operation groups, allowing users to set specific protocols for recurrent experiments effortlessly. This means that once a protocol is set, users can execute it multiple times without needing to input parameters each time, ensuring consistency and reliability in experimental outcomes.
Rotor Automatic Identification: The model comes equipped with an advanced rotor automatic identification system. This feature enhances safety and efficiency, automatically adjusting the operating parameters based on the rotor type being utilized. Users can switch between rotors without the need for manual recalibration, thus saving time and reducing the possibility of user error.
Microcomputer Control: The centralized microcomputer control system operates with advanced algorithms to provide precision and flexibility in centrifugation. It allows users to set specific parameters easily, monitor ongoing processes in real time, and receive alerts upon completion or in case of any operational anomalies.
AC Frequency Conversion Brush-less Motor: The incorporation of an AC frequency conversion brush-less motor not only increases the longevity of the centrifuge but also ensures stable and fast operation. This technology results in reduced maintenance requirements and eliminates the issues commonly associated with traditional brush motors.
Programmable Operation: The centrifuge is designed with five programmable operation groups, allowing users to set specific protocols for recurrent experiments effortlessly. This means that once a protocol is set, users can execute it multiple times without needing to input parameters each time, ensuring consistency and reliability in experimental outcomes.
Applicable Scenarios
The Low Speed Table Centrifuge DT35C is ideal for a variety of scientific applications, including but not limited to:
- Clinical Laboratories: For the separation of blood components and other biological fluids, making it pivotal in blood banks and hematology departments.
- Research Institutions: Essential for cellular biology studies, including cell culture, analysis, and experimentation with primary cell lines.
- Pharmaceutical Labs: Used in drug discovery and development processes, where precise separation of compounds is necessary.
- Environmental Testing: Applicable in water testing laboratories for the analysis of particles and contaminants in environmental samples.
- Food and Beverage Laboratories: Useful in the separation of solids from liquids, particularly in quality control processes.
Product Advantages
Efficiency in Sample Preparation: The DT35C significantly enhances the speed and efficiency of sample preparation, which is crucial for timely results in research and clinical laboratories.
Flexibility and Adaptability: The ability to handle various rotor configurations and adapt to different sample types makes the DT35C a versatile tool in any laboratory setting.
Enhanced Accuracy and Reliability: The combination of advanced technology, precision control, and robust design results in reliable performance across a multitude of applications, ensuring that the integrity of samples is maintained.
User-Centric Design: The intuitive controls and automatic systems reduce the learning curve for new users, enabling rapid adoption and integration into laboratory workflows.
Cost-Effectiveness: By minimizing downtime and maintenance costs and optimizing sample preparation processes, the DT35C proves to be a cost-effective solution for laboratories.
Efficiency in Sample Preparation: The DT35C significantly enhances the speed and efficiency of sample preparation, which is crucial for timely results in research and clinical laboratories.
Flexibility and Adaptability: The ability to handle various rotor configurations and adapt to different sample types makes the DT35C a versatile tool in any laboratory setting.
Enhanced Accuracy and Reliability: The combination of advanced technology, precision control, and robust design results in reliable performance across a multitude of applications, ensuring that the integrity of samples is maintained.
User-Centric Design: The intuitive controls and automatic systems reduce the learning curve for new users, enabling rapid adoption and integration into laboratory workflows.
Cost-Effectiveness: By minimizing downtime and maintenance costs and optimizing sample preparation processes, the DT35C proves to be a cost-effective solution for laboratories.
Conclusion
The Low Speed Table Centrifuge DT35C represents a pinnacle of engineering and functionality in laboratory centrifugation. With its robust construction, user-friendly features, and high performance, it provides an essential tool for researchers and clinical scientists in conducting experiments with precision and reliability. Whether for separating blood samples, analyzing cells, or conducting complex biochemical processes, the DT35C is an indispensable asset in any modern laboratory.
