Low-Speed Centrifuge ADLSC-508 with ±20 rpm of speed accuracy for maintaining precise and consistent separation of samples. It includes safety features like lid lock, imbalance detection, and auto-stop. The device operates with minimal noise and vibration, ensuring a quiet work environment. This unit features an intuitive digital control panel for easy operation and accurate speed. Our Low-Speed Centrifuge is used in clinical, research and biotechnology for cells separation.
| Maximum Speed | 4200 rpm |
| Maximum RCF | 2680 × g |
| Maximum Capacity | 24x10ml blood tube |
| Speed Accuracy | ±20rpm |
| Time Setting | 1min to 99min |
| Noise | ≤60 dB(A) |
| Power Consumption | 250 W |
| Dimensions(L×B×H) | 410 x 300 x 260 mm |
| Weight | 17 kg |
Our Low-Speed Centrifuge ADLSC-508 is used in molecular biology, biochemistry and pharmaceutical research for rapid, temperature-controlled separation of biological and chemical samples.
1. What are the key features of the Low-Speed Centrifuge ADLSC-508?
The Low-Speed Centrifuge ADLSC-508 is designed with user-friendly digital controls for easy operation and precise speed/time settings. It supports a range of rotors to accommodate various tube sizes, making it versatile for multiple applications. This model operates at low speeds suitable for tasks like blood sample separation and sedimentation. It incorporates essential safety mechanisms such as lid lock, imbalance detection, and automatic shut-off during malfunctions. Its compact design makes it ideal for use in laboratories with limited bench space.
2. What safety features does the Low-Speed Centrifuge ADLSC-508 offer?
The Low-Speed Centrifuge ADLSC-508 prioritizes operator safety through multiple inbuilt safety systems. It features a lid-locking mechanism that prevents the lid from opening while the rotor is in motion. The unit also has imbalance detection to automatically stop the centrifuge in case of load irregularities. An auto-stop function activates in the event of system malfunctions to avoid accidents. These features ensure secure and reliable operation in laboratory environments.
3. In which fields can the Low-Speed Centrifuge ADLSC-508 be used?
This centrifuge is widely applicable across clinical, research, educational, and industrial laboratories. It is especially useful in clinical diagnostics for separating blood components and bodily fluids. In educational institutions, it helps students perform basic separation techniques in biology or chemistry labs. It also finds use in food and environmental testing where sample clarification is required. Its adaptability makes it a staple in any low-speed centrifugation task.
4. How easy is it to operate and maintain the Low-Speed Centrifuge ADLSC-508?
The Low-Speed Centrifuge ADLSC-508 is designed for ease of use with an intuitive digital display and touchpad controls. Users can quickly set and adjust speed and time parameters as needed. The rotor and bucket components are easy to load, unload, and clean, making routine maintenance hassle-free. It operates with minimal noise and vibration, adding to user comfort. Clear instructions and safety indicators also enhance operational efficiency.
5. What types of tubes and rotors are compatible with the Low-Speed Centrifuge ADLSC-508?
The centrifuge supports multiple rotor types compatible with common tube sizes used in low-speed applications. It can accommodate both conical and round-bottom tubes depending on the rotor configuration. Adaptors may be used to fit different volumes such as 5 mL, 10 mL, or 15 mL tubes. The flexibility in rotor options allows labs to perform various protocols using one unit. Always refer to the user manual for exact rotor and tube compatibility specifications.
6. Can the Low Speed Centrifuge ADSLC-508 be used for stool sample processing?
Yes, the Low Speed Centrifuge ADSLC-508 can be used to process stool samples in diagnostic applications. The Low Speed Centrifuge ADSLC-508 helps in separating solid and liquid components for further analysis.
7. What materials is the rotor in the Low Speed Centrifuge ADSLC-508 made of?
The rotor of the Low Speed Centrifuge ADSLC-508 is typically made from durable aluminum or stainless steel. This ensures the Low Speed Centrifuge ADSLC-508 is resistant to corrosion and long-lasting.
8. Can the Low Speed Centrifuge ADSLC-508 be used for DNA extraction?
Yes, the Low Speed Centrifuge ADSLC-508 can be used in the early stages of DNA extraction processes. The Low Speed Centrifuge ADSLC-508 helps pellet cells or debris before high-speed steps.
9. What is a Low Speed Centrifuge used for?
A Low Speed Centrifuge is primarily used for the separation of biological samples like blood, urine, or cells at lower speeds. Low Speed Centrifuge machines are ideal for routine separation tasks in clinical and research laboratories.
10. Can I use a Low Speed Centrifuge for blood sample separation?
Yes, a Low Speed Centrifuge is commonly used for separating blood components like plasma and serum. The gentle speed of a Low Speed Centrifuge ensures that blood cells are not damaged during the process.
11. What types of tubes are compatible with a Low Speed Centrifuge?
A Low Speed Centrifuge is compatible with various tube types such as conical, round-bottom, and standard test tubes. Always ensure that the tubes used in the Low Speed Centrifuge are balanced properly.
| Maximum Speed | 4000 rpm |
| Maximum RCF | 3580 x g |
| Maximum Capacity | 4x1000 ml |
| Maximum Speed | 5000 rpm |
| Maximum RCF | 4650 × g |
| Maximum Capacity | 4 × 250 ml |
| Maximum Speed | 5000 rpm |
| Maximum RCF | 4650 × g |
| Maximum Capacity | 6 × 50 ml |
| Maximum Speed | 5000 rpm |
| Maximum RCF | 5200 × g |
| Maximum Capacity | 4 × 500 ml |
| Maximum Speed: | 16500 rpm |
| Maximum RCF: | 21630 x g |
| Maximum Capacity: | 12 x 10 mL |
| Maximum Speed: | 15,000 rpm |
| Maximum RCF: | 21,630 × g |
| Maximum Capacity: | 12 × 5 ml |
| Speed: | 500 to 15000 rpm, increasement 100 rpm |
| RCF: | 100 to 21400×g |
| Temperature Range: | -20℃ to +40℃, under room temperature 25℃ |
| Max Speed: | 21000 rpm |
| Max RCF: | 47400 x g |
| Max Capacity: | 6x500 ml |
| Maximum Speed Range: | 14,000 rpm |
| Maximum RCF: | 18,800 × g |
| Maximum Capacity: | 12 × 5 ml |
| Max Speed: | 18000 rpm |
| Max RCF: | 31405 x g |
| Max Capacity: | 4 x 250 ml |
| Max Speed: | 22000 rpm |
| Max RCF: | 33873x g |
| Max Capacity: | 4x750ml |
| Max Speed: | 16000 rpm |
| Max RCF: | 27520 x g |
| Max Capacity: | 6x500 ml |
| Max Speed: | 22000 rpm |
| Max RCF: | 52050 x g |
| Max Capacity: | 6x500 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: | 10000 rpm |
| Max RCF: | 18590 x g |
| Max Capacity: | 6x1000 ml |
| Maximum Speed: | 18,500 rpm |
| Maximum RCF: | 30,025 x g |
| Maximum Capacity: | 4 x 250 ml |
| Maximum Speed: | 16500 rpm |
| Maximum RCF: | 24760 × g |
| Maximum Capacity: | 6 x 100 mL |
| Maximum Speed: | 16,500 rpm |
| Maximum RCF: | 24,814 × g |
| Maximum Capacity: | 6 × 100ml |
| Maximum Speed: | 23,000 rpm |
| Maximum RCF: | 37,023 x g |
| Maximum Capacity: | 4 x 750 ml |
| Maximum Speed: | 20,000 RPM |
| Maximum RCF: | 31,405 × g |
| Maximum Capacity: | 6 × 100 ml |
| Maximum Speed: | 22,000 RPM |
| Maximum RCF: | 33,873 × g |
| Maximum Capacity: | 6 × 100 mL |
| Maximum Speed: | 21,000 rpm |
| Maximum RCF: | 31,405 × g |
| Maximum Capacity: | 4 × 750 ml |
| Maximum Speed: | 19,000 rpm |
| Maximum RCF: | 30,367× g |
| Maximum Capacity: | 4 x 500 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) |
| Max Speed: | 4000 rpm |
| Max RCF: | 3400 xg |
| Max Capacity: | 4 x 200 ml |
| Maximum Speed: | 5000 rpm |
| Maximum RCF: | 5201× g |
| Maximum Capacity: | 4x750 ml |
| Maximum Speed: | 6000 rpm |
| Maximum RCF: | 5123× g |
| Maximum Capacity: | 4x250 ml |
| Max Speed: | 8000 rpm |
| Max RCF: | 14500 × g |
| Max Capacity: | 6x2400 ml / 12 blood bags / 384 blood tubes |
| Max Speed: | 5000 rpm |
| Max RCF: | 5200 × g |
| Max Capacity: | 4 × 800 ml |
| Maximum Speed Range: | 6000 rpm |
| Maximum RCF: | 6880 × g |
| Maximum Capacity: | 6 × 1000 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: | 20000 rpm |
| Maximum RCF: | 27994 × g |
| Maximum Capacity: | 6x100 ml |
| Maximum Speed: | 18000 rpm |
| Maximum RCF: | 24814 × g |
| Maximum Capacity: | 6x100 ml |
| Maximum Speed: | 18500 rpm |
| Maximum RCF: | 24760 × g |
| Maximum Capacity: | 4x500 ml |
| Maximum Speed: | 16,500 rpm |
| Maximum RCF: | 24,814 × g |
| Maximum Capacity: | 6 × 100 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: | 16500 rpm |
| Maximum RCF: | 18262× g |
| Maximum Capacity: | 8x5 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 |
| 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 |
| Maximum Speed: | 6000 rpm |
| Maximum RCF: | 2000 g |
| Capacity (Standard): | 8 × 1.5 / 2.0 / 0.5 / 0.2 ml |
| Maximum Speed: | 10000rpm |
| Maximum RCF: | 6100xg |
| Capacity: | Three in one rotor:8x1.5/2ml+6x0.5ml+2x8x0.2ml |
| 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: | 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: | 6000rpm |
| Maximum RCF: | 2200xg |
| Capacity: | Three in one rotor:8x1.5/2ml+6x0.5ml+2x8x0.2ml, Rotor for 6 PCR strips |
| Maximum Speed: | 6000 rpm ±5% |
| Rotation Direction : | Anticlockwise (fixed direction) |
| Acceleration Time : | ≤ 2 seconds |
| 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 |
| Speed Range: | 500 to 15000 rpm |
| RCF Range: | 16 to 15080 g |
| Capacity: | 12 x 1.5 / 2.0ml centrifuge tubes |
| Maximum Speed: | 2500 rpm ±5% |
| Rotation Direction : | Anticlockwise (fixed direction) |
| Acceleration Time : | 15 seconds |
| 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: | 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 |
| Maximum Speed: | 3840 rpm |
| Maximum RCF: | 1790 xg |
| Maximum Capacity: | 12 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: | 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 |