| Maximum Speed | 16,500 rpm |
| Maximum RCF | 24,814 × g |
| Maximum Capacity | 6 × 100ml |
| Temperature Range | -20°C to +40°C |
| Temperature Accuracy | ±1°C |
| Speed Accuracy | ±10 rpm |
| Time Setting | 1s to 99h 59m 59s |
| Noise | ≤56 dB(A) |
| Power Consumption | 1200 W |
| Dimensions | 420 × 520 × 360 mm |
| Weight | 56 kg |
Our High Speed Refrigerated Centrifuge ADHSC-512 is used in molecular biology, biochemistry and pharmaceutical research for rapid, temperature-controlled separation of biological and chemical samples.
Rotor Type | Capacity | Max Speed | Max RCF | Tube size |
Fixed angle rotor 01 | 12×1.5/2.2ml | 16500rpm | 19053×g | Φ11×42mm |
Fixed angle rotor 02 | 16x 5ml | 15000rpm | 21420×g | Φ14×54mm |
Fixed angle rotor 03 | 24×1.5ml/2.2ml | 16000rpm | 24814×g | Φ11×42mm |
Fixed angle rotor 04 | 12×10ml | 14000rpm | 18121×g | Φ16×86mm |
Fixed angle rotor 05 | 36×1.5/2.2ml | 14000rpm | 18976×g | Φ11×42mm |
Fixed angle rotor 06 | 6×50ml conical bottom | 12000rpm | 15712×g | Φ29×116mm |
Fixed angle rotor 07 | 6×50ml round bottom | 12000rpm | 15712×g | Φ29×111mm |
Fixed angle rotor 08 | 48×1.5/2.2ml | 12000rpm | 15793×g | Φ11×42mm |
Fixed angle rotor 09 | 4×100ml | 11000rpm | 13365×g | Φ38×123mm |
Fixed angle rotor 10 | 8×50ml conical bottom | 11000rpm | 14041×g | Φ29×116mm |
Fixed angle rotor 11 | 8×50ml round bottom | 11000rpm | 13365×g | Φ29×111mm |
Fixed angle rotor 12 | 12×15ml | 11000rpm | 13365×g | Φ17×121mm |
Fixed angle rotor 13 | 6×10ml | 16000rpm | 19004×g | Φ16×86mm |
Fixed angle rotor 14 | 8×15ml | 14000rpm | 17333×g | Φ17×121mm |
Fixed angle rotor 15 | 6×30ml | 14000rpm | 18472×g | Φ25.5×100mm |
Fixed angle rotor 16 | 8x0.2ml PCR strip | 13000rpm | 14643×g | - |
Fixed angle rotor 17 | y:6x100ml | 9000rpm | 9771×g | Φ38x123mm |
Fixed angle rotor 18 | 24x2ml (frozen storage tube) | 15000rpm | 23419×g | Φ11.5x45mm |
Microplate rotor 01 | 2x2×48 well plate | 4000rpm | 1538×g | 128×48x60mm |
1. How does the refrigeration system of High Speed Refrigerated Centrifuge ADHSC-512 benefit sample processing?
The High Speed Refrigerated Centrifuge ADHSC-512 is equipped with an advanced refrigeration system that precisely maintains temperatures between -20°C to +40°C. This ensures that temperature-sensitive biological samples are preserved during high-speed centrifugation. It prevents heat buildup which could compromise the integrity of proteins, nucleic acids, and enzymes. The system cools rapidly and maintains stable conditions throughout the run. This feature is crucial for clinical, molecular biology, and research labs.
2. What safety features are included in the High Speed Refrigerated Centrifuge ADHSC-512?
The High Speed Refrigerated Centrifuge ADHSC-512 includes several safety mechanisms such as imbalance detection, automatic lid lock, and over-speed protection. These features prevent accidents and ensure the unit operates within safe parameters. The lid remains locked during operation and only unlocks once the rotor has completely stopped. In case of rotor imbalance, the centrifuge automatically stops the cycle. These safeguards enhance both user and equipment protection.
3. Is the High Speed Refrigerated Centrifuge ADHSC-512 easy to operate and program?
Yes, the High Speed Refrigerated Centrifuge ADHSC-512 is designed with an intuitive digital control panel, allowing users to easily set speed, time, temperature, and acceleration/deceleration rates. It supports programmable memory functions for quick access to frequently used settings. The interface displays real-time operating conditions for convenience. Clear labeling and a responsive interface improve user efficiency. This makes it suitable for routine lab workflows and advanced protocols alike.
4. What types of applications is the High Speed Refrigerated Centrifuge ADHSC-512 best suited for?
The High Speed Refrigerated Centrifuge ADHSC-508 is ideal for molecular biology, cell culture, clinical diagnostics, biochemistry, and pharmaceutical applications. It supports separation of cells, proteins, nucleic acids, and subcellular components. The high speed and cooling system make it especially useful for heat-sensitive or fast-spinning protocols. Its rotor flexibility supports diverse sample formats. This makes the ADHSC-512 a versatile tool for both research and clinical environments.
5. How does the refrigeration system in High Speed Refrigerated Centrifuge ADHSC-512 benefit sample processing?
The advanced refrigeration system in the High Speed Refrigerated Centrifuge ADHSC-512 maintains stable low temperatures during high-speed operation. This is crucial for preserving the integrity of heat-sensitive biological and chemical samples. It prevents sample degradation caused by frictional heat. The temperature range is adjustable, offering flexibility for various protocols. Efficient cooling ensures consistent and reliable results throughout the centrifugation process.
6. What is a High Speed Refrigerated Centrifuge?
A High Speed Refrigerated Centrifuge is a laboratory instrument that combines high rotational speeds with temperature control to efficiently separate biological samples while preserving their integrity. It is essential for processing heat-sensitive samples by preventing thermal degradation during centrifugation. These centrifuges are widely used in molecular biology, clinical diagnostics, and biochemistry labs.
7. Why is refrigeration important in centrifugation?
Refrigeration helps maintain low temperatures during centrifugation, preventing heat buildup that can degrade temperature-sensitive samples like proteins, enzymes, and nucleic acids. It also minimizes enzymatic activity and preserves the biological function and structure of delicate molecules. This ensures accurate and reliable experimental results.
8. Can the High Speed Refrigerated Centrifuge maintain temperature during the entire run?
Yes, the High Speed Refrigerated Centrifuge system continuously cools the rotor chamber to maintain the set temperature throughout the centrifugation process. This ensures that sensitive samples remain stable and protected from heat-induced damage. Consistent temperature control is critical for reproducible and accurate experimental results.
| Maximum Speed | 18,500 rpm |
| Maximum RCF | 30,025 x g |
| Maximum Capacity | 4 x 250 ml |
| Maximum Speed | 16500 rpm |
| Maximum RCF | 21630 x g |
| Maximum Capacity | 12 x 10 mL |
| Maximum Speed | 18000 rpm |
| Maximum RCF | 29684 × g |
| Maximum Capacity | 6 × 100 ml |
| Max Speed | 25000 rpm |
| Max RCF | 65000 x g |
| Max Capacity | 4x1000 ml |
| Max Speed: | 4500 rpm |
| Max RCF: | 3380 x g |
| Max Capacity: | 6 x 50 ml syringe |
| Max Speed: | 4700 rpm |
| Max RCF: | 2000 xg |
| Max Capacity: | 12 x 7 ml (SERO rotor) |
| Maximum Speed: | 4500 rpm (adjustable) |
| Maximum RCF: | 2000 × g (adjustable) |
| Maximum Capacity: | 12 × 2 mL tubes (12 mm × 75 mm) |
| Max Speed: | 4000 rpm |
| Max RCF: | 3400 xg |
| Max Capacity: | 4 x 200 ml |
| Max Speed: | 5000 rpm |
| Max RCF: | 5200 × g |
| Max Capacity: | 4 × 800 ml |
| Max Capacity: | 4 tubes, each 1000 ml |
| Max Speed: | 6000 rpm |
| Max RCF: | 6693×g |
| Maximum Speed: | 6000 rpm |
| Maximum RCF: | 5201× g |
| Maximum Capacity: | 4x750 ml |
| Maximum Speed: | 6000 rpm |
| Maximum RCF: | 5123× g |
| Maximum Capacity: | 4x250 ml |
| Maximum Speed: | 5000 rpm |
| Maximum RCF: | 5201× g |
| Maximum Capacity: | 4x750 ml |
| Max Speed: | 8000 rpm |
| Max RCF: | 14500 × g |
| Max Capacity: | 6x2400 ml / 12 blood bags / 384 blood tubes |
| Maximum Speed Range: | 6000 rpm |
| Maximum RCF: | 6880 × g |
| Maximum Capacity: | 6 × 1000 ml |
| Maximum Speed: | 16,500 rpm |
| Maximum RCF: | 24,814 × g |
| Maximum Capacity: | 6 × 100 ml |
| Maximum Speed: | 18000 rpm |
| Maximum RCF: | 24814 × g |
| Maximum Capacity: | 6x100 ml |
| Maximum Speed: | 15000 rpm |
| Maximum RCF: | 21630 × g |
| Maximum Capacity: | 12x5 ml |
| Speed: | 500 to 15000 rpm, increasement 100 rpm |
| Maximum Sample Density: | 1.2g/ml |
| Acceleration/Deceleration : | Ⅰ (≤ 20) <br/> Ⅱ (≤ 40s) <br/> Ⅲ (≤ 60s) |
| Maximum Speed: | 18500 rpm |
| Maximum RCF: | 24760 × g |
| Maximum Capacity: | 4x500 ml |
| Maximum Speed: | 20000 rpm |
| Maximum RCF: | 27994 × g |
| Maximum Capacity: | 6x100 ml |
| Speed: | 500 to 15000 rpm, 100 rpm increments |
| RCF: | 100 to 15000×g, 100×g increments |
| Maximum Rotor Radius: | 60 mm |
| Maximum Speed: | 15000 rpm |
| Maximum RCF: | 15093× g |
| Maximum Capacity: | 8x5 ml |
| Maximum Speed: | 16500 rpm |
| Maximum RCF: | 18262× g |
| Maximum Capacity: | 8x5 ml |
| Maximum Speed: | 4000 rpm |
| Maximum RCF: | 3580 x g |
| Maximum Capacity: | 4x1000 ml |
| Maximum Speed: | 6000 rpm |
| Maximum RCF: | 5201x g |
| Maximum Capacity: | 4x800 ml |
| Maximum Speed: | 6000 rpm |
| Maximum RCF: | 5123 × g |
| Maximum Capacity: | 6 × 50 ml |
| Maximum Speed: | 4200 rpm |
| Maximum RCF: | 2680 × g |
| Maximum Capacity: | 24x10ml blood tube |
| Maximum Speed: | 6000 rpm |
| Maximum RCF: | 5200 × g |
| Maximum Capacity: | 4 × 500 ml |
| Maximum Speed: | 5000 rpm |
| Maximum RCF: | 4650 × g |
| Maximum Capacity: | 6 × 50 ml |
| Maximum Speed: | 5000 rpm |
| Maximum RCF: | 4650 × g |
| Maximum Capacity: | 8 × 100 ml |
| Maximum Speed: | 4200 rpm |
| Maximum RCF: | 3285 × g |
| Maximum Capacity: | 4 × 100 ml |
| Maximum Speed: | 5000 rpm |
| Maximum RCF: | 4499 x g |
| Maximum Capacity: | 4 x 600ml |
| Maximum Speed: | 5000 rpm |
| Maximum RCF: | 4650 × g |
| Maximum Capacity: | 4 × 250 ml |
| Max Speed: | 4200 rpm |
| Max RCF: | 2680 × g |
| Max Capacity: | 4x50ml;12x15ml tube/ blood tube/PRP tube |
| Maximum Speed: | 7500rpm |
| Maximum RCF: | 3450xg |
| Capacity: | Three in one rotor:8x1.5/2ml+6x0.5ml+2x8x0.2ml, Rotor for 6 PCR strips |
| Speed Range: | 500 to 15000 rpm |
| RCF Range: | 16 to 15080 g |
| Capacity: | 12 x 1.5 / 2.0ml centrifuge tubes |
| Maximum Speed: | 6000 rpm |
| Maximum RCF: | 2000 g |
| Capacity (Standard): | 8 × 1.5 / 2.0 / 0.5 / 0.2 ml |
| Speed Range: | 3000 to 10000 rpm |
| Maximum RCF: | 500 to 5400×g |
| Capacity: | 8×2.0ml/1.5ml/0.5ml centrifuge tube <br/> 4×8×0.2ml PCR tube strips |
| Maximum Speed: | 6000 rpm ±5% |
| Rotation Direction : | Anticlockwise (fixed direction) |
| Acceleration Time : | ≤ 2 seconds |
| Speed Range: | 500 to 12,000 rpm, 500 rpm increments |
| Maximum RCF: | 9,650 × g |
| Capacity: | 32 × 0.2 ml centrifugal tubes <br/> 12 × 0.5/1.5/2.0 ml centrifugal tubes <br/> 4 × 8 × 0.2 ml PCR strips |
| Speed Range: | 4000 rpm, 6000 rpm and 7000 rpm, adjustable |
| Maximum RCF: | 960×g, 4000 rpm <br/> 2200×g, 6000 rpm <br/> 2900×g, 7000 rpm |
| Capacity: | 6×1.5 ml/2.0 ml, 6×0.5 ml, 16×0.2 ml centrifuge tube <br/> 2×8×0.2 ml PCR tube strips |
| Maximum Speed: | 10000rpm |
| Maximum RCF: | 6100xg |
| Capacity: | Three in one rotor:8x1.5/2ml+6x0.5ml+2x8x0.2ml |
| Maximum Speed: | 6000rpm |
| Maximum RCF: | 2200xg |
| Capacity: | Three in one rotor:8x1.5/2ml+6x0.5ml+2x8x0.2ml, Rotor for 6 PCR strips |
| Maximum Speed: | 2800 rpm |
| Maximum RCF: | 600×g |
| Maximum Rotor Radius: | 63 mm |
| Rotating Speed: | 500 to 2500 rpm |
| RCF Range: | 32 to 797g |
| Capacity: | 2 pcs Microplates or Deep-well plates |
| Rotating Speed: | 2200 to 2800 rpm |
| Maximum RCF: | 550 g |
| Capacity: | 2 PCR plates |
| Maximum Speed: | 2500 rpm ±5% |
| Rotation Direction : | Anticlockwise (fixed direction) |
| Acceleration Time : | 15 seconds |
| Maximum Speed: | 3300 rpm |
| Maximum RCF: | 1920 x g |
| Maximum Capacity: | 8 x 30 ml |
| Maximum Speed: | 3840 rpm |
| Maximum RCF : | 1790 ×g |
| Capacity : | 24 gel card |
| Capacity: | 24 Gel Cards (6 column / 8 column) |
| Speed Range: | 500 to 2200 rpm |
| Timing Range: | 1 min to 30 min |
| Maximum Speed: | 3840 rpm |
| Maximum RCF: | 1790 xg |
| Maximum Capacity: | 12 Gel card |
| Maximum Speed: | 3000 rpm |
| Maximum RCF : | 890 × g |
| Maximum Capacity : | 12 cards |
| Maximum Speed: | 4000 rpm |
| Maximum RCF: | 2170 xg |
| Maximum Capacity: | 10 pcs slide glass |
| Max Speed: | 3500 rpm |
| Max RCF: | 1640 xg |
| Max Capacity: | 12x10 ml |
| Max Speed: | 12000 rpm |
| Max RCF: | 15800 xg |
| Capacity: | 24pcs capillary tube |