CVP-2 PCR Plate Centrifuge and Vortex Mixer – 192 Samples

The CVP-2 laboratory PCR plate centrifuge and vortex mixer integrates three essential sample preparation functions into one instrument. By combining centrifugation and vortex mixing, it helps reduce manual handling and supports more efficient workflows in laboratories working with PCR plates and multiple samples.

The instrument accommodates two PCR plates simultaneously, enabling the preparation of up to 192 samples per operating cycle when using two standard 96-well plates. Compatibility with semi-skirted and fully skirted PCR plates provides flexibility for different laboratory procedures without the need for additional accessories.

The CVP-2 features independent timers for centrifugation and vortex mixing, adjustable speed settings, four preset programs and the possibility of performing up to 999 cycles. These functions are particularly useful for laboratories performing repetitive sample preparation procedures in molecular biology, biotechnology, pharmaceutical research and genetics.

Technical Specifications

Model: CVP-2
Instrument type: PCR Plate Centrifuge and Vortex Mixer
Functions: Centrifugation, vortex mixing and PCR plate mixing
Speed range: 300–1,500 rpm
Plate capacity: 2 PCR plates
Maximum sample capacity: 192 samples using two 96-well plates
Compatible plates: Semi-skirted and fully skirted PCR plates
Preset programs: 4
Timers: Independent timers for vortex mixing and centrifugation
Operating cycles: Up to 999
Dimensions (W × D × H): 285 × 350 × 190 mm
Weight: 6 kg
Rated power: 24 W
Power supply: 100–240 V, 50/60 Hz

Three Functions in One Laboratory Instrument

1. PCR Plate Centrifuge: Centrifuges samples contained in PCR plates, helping collect liquids at the bottom of individual wells before subsequent laboratory procedures.

2. PCR Plate Vortex Mixer: Provides vortex mixing to support the homogenization of reagents and samples according to the selected operating parameters.

3. Combined Centrifugation and Vortex Mixing: Integrates mixing and centrifugation into programmable operating sequences, reducing the need to transfer PCR plates between separate instruments.

Main Laboratory Applications

The CVP-2 can be used in molecular biology laboratories, pharmaceutical research facilities, biotechnology laboratories, genetics laboratories and molecular diagnostics research. Typical applications include PCR sample preparation, reagent mixing, sample homogenization, liquid collection at the bottom of PCR wells and preparation of plates for subsequent analytical procedures.

FAQ

• What is the CVP-2 PCR plate centrifuge and vortex mixer used for?
The CVP-2 is a multifunctional laboratory instrument designed for the centrifugation and mixing of samples contained in PCR plates. Unlike a conventional centrifuge dedicated exclusively to centrifugation, the CVP-2 also integrates a vortex mixing function. This allows laboratory operators to mix reagents, improve sample homogenization and subsequently centrifuge PCR plates to collect liquids at the bottom of individual wells. Combining these operations in one device reduces the need to repeatedly transfer plates between separate instruments. This is particularly useful in pharmaceutical research, biotechnology, molecular biology, genetics and life sciences laboratories, where preparing large numbers of samples often requires consistent and repeatable procedures. The CVP-2 also features independent timers for vortex mixing and centrifugation, allowing the operating sequence to be configured according to the requirements of the laboratory protocol. With four preset programs and up to 999 operating cycles, it offers flexibility for routine and repetitive sample preparation workflows.

• How many PCR samples can the CVP-2 process simultaneously?
The CVP-2 can accommodate two PCR plates simultaneously. When using two standard 96-well PCR plates, the instrument can process up to 192 samples in a single operating cycle. This capacity makes it particularly useful for molecular biology laboratories, pharmaceutical research centers and biotechnology facilities that regularly prepare multiple samples. Processing two plates together can help organize mixing and centrifugation procedures more efficiently, particularly when handling repeated experimental protocols. The actual number of samples depends on the type of PCR plate used and the number of occupied wells. The instrument is compatible with both semi-skirted and fully skirted PCR plates, providing additional flexibility for different laboratory workflows. Before use, operators should verify that the selected plates are suitable for the operating conditions and follow the applicable laboratory protocol and manufacturer's instructions.

• Which PCR plates are compatible with the CVP-2 centrifuge?
The CVP-2 is designed to accommodate semi-skirted and fully skirted PCR plates without requiring additional accessories for these configurations. Semi-skirted PCR plates feature a partial surrounding skirt, while fully skirted plates have a continuous outer skirt. Both formats are commonly used in molecular biology, genetic research, DNA amplification and laboratory sample preparation. Compatibility with these plate configurations makes the CVP-2 a flexible solution for laboratories using different PCR consumables across multiple experimental procedures. The instrument accommodates two PCR plates simultaneously, allowing samples to undergo vortex mixing and centrifugation within the same system. However, operators should also verify the specific dimensions, material properties and operating limits of the selected plates. Compatibility with a general plate format does not automatically guarantee compatibility with every plate design or manufacturer.

• What are the advantages of combining centrifugation and vortex mixing in one instrument?
Combining centrifugation and vortex mixing in a single instrument allows laboratories to perform multiple sample preparation operations without repeatedly transferring PCR plates between separate devices. Vortex mixing supports the distribution and homogenization of reagents within PCR wells, while centrifugation helps collect liquid at the bottom of the wells. Both operations are commonly required during PCR reaction preparation and many molecular biology procedures. The CVP-2 provides independent timers for centrifugation and vortex mixing, allowing the two operations to be configured according to the laboratory protocol. It also supports up to 999 operating cycles, four preset programs and adjustable speeds from 300 to 1,500 rpm. These capabilities can reduce manual handling, improve workflow organization and facilitate repetitive laboratory procedures. The integrated design is especially useful for research laboratories processing multiple PCR plates and requiring consistent sample preparation conditions.

• Is the CVP-2 suitable for pharmaceutical, biotechnology and molecular biology laboratories?
The CVP-2 PCR plate centrifuge and vortex mixer is suitable for consideration in pharmaceutical research, biotechnology, genetics, molecular biology and life sciences laboratories that perform PCR plate sample preparation procedures. Its ability to process up to 192 samples, combine vortex mixing with centrifugation and perform programmable operating cycles makes it useful for repetitive research workflows. Potential applications include preparation of PCR reactions, reagent mixing, sample homogenization, molecular biology experiments and laboratory research procedures. With compact dimensions of 285 × 350 × 190 mm, a weight of 6 kg and a rated power of 24 W, the instrument can be integrated into laboratory workstations where bench space is important. Its universal 100–240 V power supply also supports installation in laboratories operating with different electrical supply standards. For regulated pharmaceutical methods or clinical diagnostic applications, the laboratory must independently verify the equipment's intended use, applicable certifications and qualification or validation requirements. Suitability for scientific research does not automatically establish certification for clinical diagnostic use.