Bio-Rad C1000 Thermal Cycler with Gradient and USB Data Transfer for PCR Applications

The Bio-Rad C1000 Thermal Cycler is a versatile PCR instrument designed for reliable DNA amplification and molecular diagnostics. Its fully programmable platform supports over 1,000 onboard protocols and features a large graphical display to streamline protocol setup and editing, crucial for molecular cloning workflows and synthetic biology research.

Key specifications include:

• Sample volume range: 10-50 µL, suitable for diverse reaction scales in biotechnology and clinical diagnostics
• Gradient temperature range: 30–100°C with a differential of 1–24°C, enabling precise optimization of annealing temperatures across wells
• Ramp rate: 3.3°C/sec with 96-well blocks, supporting rapid thermal cycling and efficient gene editing protocols
• Modular block design: Tool-free interchangeability of reaction blocks increases flexibility for various sample formats
• Connectivity: USB ports compatible with flash drives facilitate easy data transfer and protocol sharing, integral in bioprocessing and high-throughput biomanufacturing pipelines
• Expandability: Supports daisy-chaining up to 4 units or centralized control of up to 32 devices for large-scale molecular biology studies

This thermal cycler’s software operates on Microsoft Windows, enabling fast protocol programming and seamless integration into laboratory information management systems (LIMS). The device is widely adopted in biotechnology, synthetic biology, and molecular diagnostics laboratories, especially where temperature precision and gradient thermal control are critical.

Designed for reliability and user-friendly operation, the C1000 supports advanced research in gene expression analysis, PCR-based assays, and biopharmaceutical production. The optional touchscreen model (C1000 Touch) enhances user interaction while maintaining compatibility with the same interchangeable reaction modules.

This instrument represents an essential tool in modern molecular biology workflows, offering technical robustness for live-cell analysis, fluorescence assays, and nucleic acid amplification crucial to biomedical engineering and clinical research.