The Cole-Parmer Thermal Cycler with a single 384-well and single 96-well capacity offers a versatile solution for high-throughput PCR applications. This unit is designed for laboratories that require flexibility, providing reliable thermal cycling for both 384-well and 96-well formats. With global voltage support (100 to 230 VAC), it is ideal for molecular biology, clinical, and research labs looking for a robust and efficient thermal cycler with precise temperature control.
This flexible thermal cycler is an ideal solution for labs that require both high throughput and flexibility for various PCR protocols.
It offers a versatile solution for high-throughput PCR applications. This unit is designed for laboratories that require flexibility, providing reliable thermal cycling for both 384-well and 96-well formats. With global voltage support (100 to 230 VAC), it is ideal for molecular biology, clinical, and research labs looking for a robust and efficient thermal cycler with precise temperature control.
Yes. It is designed for high-throughput research, diagnostics, and molecular biology applications, and offers a voltage of 100 to 230 VAC for universal compatibility to support this kind of work.
It has a voltage of 100 to 230 VAC for universal compatibility, and is supplied under manufacturer part number 93945-20.
It offers single 384-well and single 96-well blocks for flexible sample processing, accurate thermal cycling for PCR, DNA amplification, and gene expression analysis, user-friendly digital control panel with programmable settings and single, dual or four block options available with either 96 or 384 well gradient blocks.
For high-throughput research, diagnostics, and molecular biology applications, the Cole-Parmer model is the better choice, offering a voltage of 100 to 230 VAC for universal compatibility. The Eppendorf model offers rack with compartments for storing deep-well plates in ultra-low temperature freezers as an alternative, while the Cole-Parmer model's single 384-well and single 96-well blocks for flexible sample processing and accurate thermal cycling for PCR, DNA amplification, and gene expression analysis help make it a strong fit for high-throughput research, diagnostics, and molecular biology applications.
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