Thermal Cycler – BRB165-SME

Product Title: Dual-Block Thermal Cycler – High-Efficiency PCR Machine with Double 48-Well Capacity

Product Description:

The Dual-Block Thermal Cycler is a state-of-the-art PCR machine designed to enhance productivity and flexibility in molecular biology laboratories. Featuring two independently controllable 48-well blocks, it allows simultaneous execution of different PCR protocols, optimizing workflow efficiency.

Key Specifications:

• Capacity: Each block accommodates 48 x 0.2ml microtubes or 8 x 0.2ml tube strips, totaling 96 samples.
• Block Quantity: 2 independently controllable blocks for parallel processing.
• Maximum Heating Rate: 5°C per second, ensuring rapid temperature ramping for efficient cycle times.
• Maximum Cooling Rate: 4.5°C per second, allowing swift transitions between temperature steps.
• Temperature Range: 4°C to 99.9°C, suitable for a broad spectrum of PCR protocols.
• Temperature Uniformity: ±0.2°C at 90°C, guaranteeing consistent temperatures across all wells.
• Temperature Accuracy: ±0.2°C at 90°C, ensuring precise thermal control for reproducible results.
• Display: 10-inch full-color touch screen with adjustable angle for intuitive operation.

Key Features:

• Dual Independent Blocks: Run two different PCR protocols simultaneously, enhancing laboratory efficiency.
• Rapid Thermal Cycling: Fast heating and cooling rates reduce overall run times, increasing throughput.
• User-Friendly Interface: Large, adjustable touch screen simplifies programming and monitoring of PCR protocols.
• Flexible Sample Formats: Compatible with 0.2ml microtubes and 8-tube strips, accommodating various experimental needs.
• Compact Design: Optimizes bench space without compromising performance.

Applications:

• Molecular Biology Research: Ideal for gene amplification, cloning, and sequencing preparations.
• Clinical Diagnostics: Suitable for pathogen detection, genetic testing, and other diagnostic assays.
• Educational Laboratories: A valuable tool for teaching PCR techniques and conducting experiments.
• Biotechnology: Supports various applications, including mutagenesis and gene expression analysis.