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Automatic Decapping Centrifuge LMDC-A100 combines the functionalities of decapping sample tubes and centrifugation into a single automated process, offering efficiency, and safety, in sample preparation for analyses. Our centrifuge accommodates 48 tube capacity. Improved with a user-friendly interface, easily set parameters, and controls the decapping process. Incorporated with safety features such as interlocks to prevent accidental exposure.
Specifications
| Maximum Speed | 4000 rpm |
| Max. RCF | 3500 × g |
| Tubes | 48 tube |
| Timer | 1 min ~ 99 min |
| Revolutions / min | ± 20 r/min |
| Noise | ≤ 60 dB |
| Chamber Diameter | Φ 420 mm |
| Power | 450 W |
| Voltage | AC 220 ± 22 V; 50 Hz 10 A |
| Inner Dimensions | 525 × 430 × 360 mm |
| Net Weight | 40 Kg |
| Gross Weight | 48 Kg |
Pricing
| Product | Price | Unit | Action |
|---|---|---|---|
| Automatic Decapping Centrifuge LMDC-A100 | $ 1437.5 | Each of 1 |
Features
Multi-colour LED Display Automatic calculation of RCF Provisions to revise parameters during operation 10 % acceleration/deceleration control Electronic door locks for uninterrupted operation Full steel inner cavity protection
Applications
Automatic Decapping Centrifuges are used in molecular biology, clinical diagnostics, biochemistry, and clinical laboratories, for sample preparation and cell culture.
Rotor Selection
| Model No | Type | Maximum Speed | Maximum RCF | Capacity |
| LMDC-A100-AR1 | Angle Rotor | 4000 rpm | 2250 × g | 4 × 50ml |
| LMDC-A100-AR2 | Angle Rotor | 4000 rpm | 2250 × g | 6 × 50ml |
| LMDC-A100-AR3 | Angle Rotor | 4000 rpm | 2250 × g | 12 × 10 ml |
| LMDC-A100-AR4 | Angle Rotor | 4000 rpm | 2250 × g | 12 × 15 ml |
| LMDC-A100-AR5 | Angle Rotor | 4000 rpm | 2250 × g | 18 × 10ml |
| LMDC-A100-AR6 | Angle Rotor | 4000 rpm | 2250 × g | 24 × 10ml |
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$ 9475 / Each of 1
Frequently Asked Questions
1 What is a Decapping Centrifuge?
A Decapping Centrifuge is an apparatus that combines centrifugal separation with automated decapping of sample collection tubes to enhance workflow efficiency and biosafety.
2 How does a Decapping Centrifuge work?
It uses centrifugal force to separate sample components and then mechanically removes tube caps in a single automated process.
3 Can Decapping Centrifuge be used for blood samples?
It is commonly used in clinical labs to handle blood collection tubes, where it separates plasma or serum and removes the caps automatically, streamlining processing.
4 Is Decapping Centrifuge useful in high-throughput labs?
It is ideal for high-throughput environments, where large numbers of samples need to be processed quickly and efficiently with minimal manual labor.
5 Can Decapping Centrifuge be used in clinical trials?
It is ideal for clinical trials as it ensures consistent sample preparation and reduces variability in sample handling, which is crucial for accurate trial results.
6 Can Decapping Centrifuge be used in forensic laboratories?
It is used to process biological samples, such as blood or saliva, ensuring that samples are prepared quickly and accurately for analysis, which is crucial in time-sensitive investigations.
7 Can Decapping Centrifuge be used in veterinary diagnostics?
It is used to efficiently process blood or tissue samples from animals, ensuring faster results for diagnosing conditions in pets, livestock, or wildlife.
8 How does Decapping Centrifuge benefit pharmaceutical research during drug development?
It streamline sample preparation for drug testing, quality control, and stability testing, allowing for faster processing of large numbers of samples without compromising accuracy.
9 Can Decapping Centrifuge be used for processing environmental samples?
It can process various environmental samples to isolate microorganisms or particulate matter, which are then used for further analysis.
10 Can Decapping Centrifuge improve efficiency in microbiology labs?
It can quickly separate microbial cultures from growth media and remove caps automatically, streamlining sample preparation for downstream microbiological analysis.