Low Speed Blood Plasma Centrifuge Machine for PRP and PRF

A 16,500 RPM centrifuge combines high-speed precision with a maximum relative centrifugal force (RCF) of 24,760×g, tailored for advanced biomedical, pharmaceutical, and industrial applications. Designed to accommodate 6×100ml samples, it supports efficient large-volume processing, making it ideal for pelleting cells, isolating nucleic acids, or purifying proteins and viruses. Its exceptional speed accuracy (±10 RPM) ensures reproducible separations critical for sensitive workflows like CRISPR-based research, vaccine development, or exosome isolation. The centrifuge excels in scenarios requiring rapid sedimentation of dense particles, such as bacterial cell harvesting, mitochondrial extraction, or nanoparticle concentration. 

A 23,000 RPM centrifuge delivers ultra-high-speed performance with a maximum RCF of 36,960×g, designed for demanding applications in biotechnology, pharmaceutical manufacturing, and advanced research. Its robust configuration supports a maximum capacity of 4×750ml tubes, enabling large-scale processing of samples such as cell cultures, bacterial pellets, or industrial biomaterials. The wide temperature range (-20°C to 40°C) ensures versatility for heat-sensitive protocols, including cryopreservation of enzymes, isolation of temperature-labile proteins, or high-throughput vaccine production. 

An 18,000 RPM centrifuge delivers exceptional performance for advanced laboratory and industrial applications, achieving high-speed separation of complex biological or chemical samples. With a maximum capacity of 6×100ml tubes, it accommodates large-volume processing while maintaining precision. The broad temperature range (-20℃ to 40℃) allows flexible handling of heat-sensitive materials (e.g., enzymes, vaccines) or high-temperature protocols, supported by reliable refrigeration and heating systems. 

A 16500 RPM centrifuge provides a maximum RCF of 24,760×g and ±10rpm speed accuracy, ensuring ultra-precise separation for cellular, viral, or protein applications. Featuring robust construction, advanced rotor balancing, and multi-layered safety protocols, it supports high-efficiency workflows in research, diagnostics, and bioprocessing while maintaining operational reliability and reproducibility.

A 16500 RPM centrifuge achieves a max RCF of 24,814×g and accommodates 6×100ml samples, perfect for high-throughput labs. Its rapid processing excels in cell pelleting, virus purification, or macromolecule studies, combining durable construction with precise temperature regulation and enhanced safety systems for consistent, high-yield outcomes in biomedical and industrial workflows.

A 15000 RPM centrifuge offers ultra-high-speed performance with a Max Centrifugal Force of 21630×g, ideal for demanding molecular biology and pharmaceutical research. Engineered for rapid, precise separation of micro-particles, viruses, or proteins, it features temperature control, user-friendly interfaces, and robust safety protocols to ensure reliable, repeatable results in advanced laboratory applications.

12000 RPM centrifuge delivers high-speed precision with a Maximum RCF of 15800×g, enabling rapid separation of dense particles in research, clinical, and industrial labs. Its robust design ensures stability at extreme speeds, supports varied sample volumes, and features advanced safety mechanisms for efficient processing of cells, organelles, or macromolecules.

6000 RPM centrifuge efficiently separates samples via rapid rotation, ideal for laboratories and medical settings. Compact design accommodates diverse tubes, enabling cell, protein, or nucleic acid isolation with precise speed control and user-safe operation.

Centrifuges are mainly applied to cell research, molecular biology research, and disease diagnosis and treatment in biomedicine as
well as to techniques such as solution separation,precipitation,dehydration and concentration in chemical lab.

In biomedicine, centrifuges are mainly applied to cell research, molecular biology research, and disease diagnosis and treatment.

In clinical diagnosis, centrifuges are applied to blood testing, disease diagnosis, and treatment.

1. Easy to set and read parameters, RCF can set directly.

In biomedicine, centrifuges are mainly applied to cell research, molecular biology research, and disease diagnosis and treatment. In chemical laboratories, centrifuges are applied to techniques such as solution separation and precipitation, dehydration and concentration.
In clinical diagnosis, centrifuges are applied to blood testing, disease diagnosis, and treatment.

The blood card / gel card centrifuge is a centrifuge specially designed for blood group detection and microcolumn gel immunodetection, which was perfectly launched by the company after years of painstaking research and testing by many clinical medical institutions.

TD-4 is For PRP, PRF and CGF

1.Variable frequency motor,which is energy saving,environmental protection and precise speed.

The 5,000 RPM low-speed centrifuge is designed for gentle separation of delicate samples requiring minimal centrifugal force. Featuring a durable, corrosion-resistant chassis and user-friendly interface, it supports tubes ranging from 15 mL conical tubes to blood collection vials. Its brushless motor ensures quiet, energy-efficient operation, while imbalance sensors and auto-lock lids prioritize safety. Ideal for clinical diagnostics, cell culture workflows, and educational labs, it performs tasks like separating whole blood into components, isolating fragile cells (e.g., platelets or lymphocytes), and clarifying low-density suspensions in pharmaceuticals or food testing.

The device’s compact footprint and simplified maintenance make it cost-effective for routine use. Applications also include preliminary sediment removal in environmental water analysis and gentle pelleting of coarse particles in industrial slurries, balancing efficiency with sample preservation.

A compact, portable lab tool designed for quick micro-sample processing, mini centrifuges typically operate at 6,000-10,000 RPM. Ideal for small-volume applications like quick-spinning PCR tubes, microcentrifuge tubes, or blood samples, they feature rapid start/stop functions, lightweight designs, and low noise.

Common in molecular biology, diagnostics, and teaching labs, these devices ensure efficient mixing, brief sedimentation, or droplet collection in seconds. Built with durable materials, safety lid locks, and adaptable rotors for diverse tube sizes, they prioritize user convenience and space efficiency. Applications include DNA/RNA prep, reagent mixing, and rapid cell pelleting, making them essential for workflows requiring speed, precision, and minimal bench footprint.

The 2100 RPM vertical centrifuge is a compact, high-efficiency separation device designed for industrial and laboratory applications. Operating at moderate speed, it effectively separates suspended solids from liquids or isolates immiscible fluids by density. Its vertical configuration optimizes space utilization while ensuring stable operation through robust construction.

Ideal for chemical processing, pharmaceuticals, wastewater treatment, and food production, the unit features corrosion-resistant stainless steel components, user-friendly digital controls, and multiple safety mechanisms including imbalance detection and automatic lid-locking. The maintenance-friendly design allows quick rotor access and easy cleaning. With energy-efficient performance and adaptable configurations for various container sizes, this centrifuge delivers reliable processing capacity for diverse separation requirements.

In biomedicine, centrifuges are mainly applied to cell research, molecular biology research, and disease diagnosis and treatment.

In chemical laboratories, centrifuges are applied to techniques such as solution separation and precipitation, dehydration and concentration.

The mini centrifuges are applied to sample preparation, granulation, purification, extraction, concentration, phase separation, receptor binding, cell separation, virus separation and so on. Due to its small size and exquisiteness, easy to use, high speed, low running noise and fast lifting speed, it is deeply loved by all kinds of scientific research/inspection workers.

Centrifuges are mainly applied to cell research, molecular biology research, and disease diagnosis and treatment in biomedicine as
well as to techniques such as solution separation,precipitation,dehydration and concentration in chemical lab.