REFRIGERATED MICRO-CENTRIFUGE
MAKE DINESH SCIENTIFIC
DESCRIPTION:
With the use of centrifugal force, materials with varying densities can be separated in a sophisticated laboratory device called a chilled centrifuge. It works on the idea that the denser particles in a sample travel outward and form different layers when it is spun rapidly. The following is a thorough explanation of a chilled centrifuge:
A sophisticated laboratory tool called a chilled centrifuge is used to separate particles according to their density from a liquid mixture. Centrifugal force is utilized by this apparatus to quickly spin samples in a temperature-controlled setting, usually between sub-ambient and room temperature.
FEATURES:
- Benchtop Refrigerator Centrifuge:
- Robust C.R.C. structure with powder-coated finish
- A centrifugal bowl made of stainless steel for added protection and simple cleaning.
- Equipped with an electronic drive and a well-balanced brushless motor.
- 20 characters in 4 lines. LCD display for rpm, CF, set and run times, and set times
- There is an automated dynamic brake and an imbalance detector.
MAIN COMPONENTS:
- ROTOR: The sample tubes or containers are held in place by the centrifuge’s rotor. It creates centrifugal force by spinning quickly.
- MOTOR: The rotor is driven by a strong motor, which enables high rotation rates
- CONTROL PANEL: Users can adjust centrifuge process parameters like speed, temperature, and duration via the control panel.
REFRIGERATION SYSTEM:
- This feature separates a conventional centrifuge from a chilled one. It has a cooling system that keeps the centrifugation temperature low, which is essential for protecting the integrity of samples that are sensitive to temperature changes.
FUNCTIONALITY:
- Centrifugation: The main purpose is to rotate the samples quickly such that the denser components settle to the bottom of the tubes.
- REFRIGERATION: The centrifuge’s internal temperature is regulated by an integrated refrigeration system, which permits sample separation without jeopardizing the integrity of materials that are sensitive to temperature changes.
APPLICATIONS:
- Cell separation: cells are divided according to density in biological research.
- Protein filtration is vital for separating and purifying proteins from complicated mixtures in biological investigations.
- DNA AND RNA EXTRACTION: helps to separate nucleic acids from biological materials more easily.
- Clinical diagnostics: utilized in clinical labs for a range of diagnostic procedures, including the separation of blood components.
TEMPERATURE CONTROL:
- Depending on the model, the refrigeration system can normally regulate the temperature between below ambient and below zero.
SAFETY FEATURES:
- LID LOCKING MECHANISM: Makes sure the centrifuge lid stays firmly closed while it is in use.
- AUTOMATIC IMBALANCE DETECTION: In the event of an imbalance, stop the centrifuge to protect the samples and the device.
Capacity and speed:
- Sample capacity: To handle a variety of sample sizes and kinds, refrigerated centrifuges are available in a range of sizes and rotor designs.
- SPEED CONTROL: Users can adjust the centrifugation settings for various applications using variable speed control.
USER INTERFACE:
- Digital Display: For convenient monitoring of the settings, remaining time, and speed, the control panel usually has a digital display. In conclusion, a refrigerated centrifuge is a multipurpose laboratory instrument that combines temperature control and centrifugation principles, allowing scientists to precisely separate and analyze samples, particularly when working with materials that are sensitive to temperature.
TECHNICAL DETAILS:
| MODEL |
DS-RMC-100 |
| Microprocessor controlled High-speed microcentrifuge |
Yes |
| Temperature Range |
-9 °C to +40 °C |
| Type of Display |
LCD display |
| permissible speed (RPM): |
13000 |
| Relative Centrifugal Force (RCF), |
20,000 x g to 22,000 x g |
| Display for Speed, RCF, Temperature and Time parameters |
Yes |
| Running Modes available: soft/fast accelerate, decelerate and break off mode |
Yes |
| Operation of equipment |
By keypad operations |
| Angle rotor Polypropylene/metallic 24 x (15/10) ml or Dual row rotor with same capacity/volume |
Yes |
| Lid |
Aerosol-tight Polysulfide or equiv. Lid |
| Adopter for PCR tube sizes |
0.2 ml and 0.5 ml |
| Time Selection |
1 to 99 min or continuous |
| Facility for short-run operation |
Yes |
| Imbalance System and Selectable acoustic Alarms |
Yes |
| ADDITIONAL | |
| Rotor Type |
Swing-bucket rotor |
| Capacity |
4 × 250 mL |
| Speed/RCF |
4000 rpm / 3220 × g |
| Adapters for 36 × 15 mL Conical Tubes |
Yes |
| Adapters for 16 × 50 mL Conical Tubes |
Yes |
| Plate Bucket Adapter (Capacity: 16 × MTP Plates) |
Yes |
| Plate Bucket Adapter (Capacity: 4 × PCR/DW Plates) |
Yes |
| Autoclavable Rotor, Buckets, and Adapters |
Yes |
| Rotor Type |
Fixed Angle Rotor |
| Capacity |
6 × 85 mL |
| Speed/RCF |
12,000 rpm / 18,514 × g |
| Rotor Material |
Anodized Aluminium |
| Adapter for 6 × 5 mL Conical Tubes |
Yes |
| Adapter for 6 × 15 mL Conical Tubes |
Yes |
| Adapter for 6 × 50 mL Conical Tubes |
Yes |
| Autoclavable Rotor, Lid, and Adapters |
Yes |
| Rotor Type |
Fixed Angle Rotor |
| Capacity |
30 × 1.5/2.0 mL |
| Speed/RCF |
12,000 rpm / 18,514 × g |
| Rotor Material |
Anodized Aluminium |
| Autoclavable Rotor and Lid |
Yes |
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