The Cole-Parmer Thermal Cycler with quad 384-well capacity is engineered for high-throughput PCR applications, offering unparalleled efficiency and precision. This advanced cycler supports global voltage (100 to 230 VAC) and provides consistent temperature control across all wells. Ideal for large-scale PCR assays, DNA amplification, and gene expression analysis, this unit is perfect for research, clinical, and molecular biology laboratories requiring high-volume processing and flexibility.
This high-capacity thermal cycler is an essential tool for laboratories requiring large-scale PCR processing and consistent, precise results across all wells.
It is engineered for high-throughput PCR applications, offering unparalleled efficiency and precision. This advanced cycler supports global voltage (100 to 230 VAC) and provides consistent temperature control across all wells. Ideal for large-scale PCR assays, DNA amplification, and gene expression analysis, this unit is perfect for research, clinical, and molecular biology laboratories requiring high-volume processing and flexibility.
Yes. It is designed for research, diagnostics, and high-volume molecular testing, and offers a voltage of 100 to 230 VAC for worldwide compatibility to support this kind of work.
It has a voltage of 100 to 230 VAC for worldwide compatibility, and is supplied under manufacturer part number 93945-08.
It offers quad 384-well blocks for high-throughput PCR applications, reliable thermal cycling for PCR, DNA amplification, and other molecular biology applications, digital control panel with programmable settings for user-friendly operation and single, dual or four block options available with either 96 or 384 well gradient blocks.
For research, diagnostics, and high-volume molecular testing, the Cole-Parmer model is the better choice, offering a voltage of 100 to 230 VAC for worldwide compatibility. The Eppendorf model offers racks with compartments for storing deep-well plates in ultra-low temperature freezers as an alternative, while the Cole-Parmer model's quad 384-well blocks for high-throughput PCR applications and reliable thermal cycling for PCR, DNA amplification, and other molecular biology applications help make it a strong fit for research, diagnostics, and high-volume molecular testing.
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