Eppendorf Mastercycler Nexus SX1 Non-Gradient PCR Thermal Cycler with 96-Well Capacity and 4-99°C Range

The Eppendorf Mastercycler Nexus SX1 is a precision non-gradient PCR thermal cycler engineered for reliable and efficient thermal cycling essential in molecular diagnostics and biotechnology research. Its silver thermal block ensures uniform heat distribution across samples, enhancing PCR reproducibility critical for gene editing and synthetic biology applications.

• Sample Capacity: Supports 96x 0.2 mL PCR tubes, 77x 0.5 mL tubes, or one 96-well PCR plate, facilitating flexible bioprocessing workflows and high-throughput molecular cloning.
• Temperature Control: Operates across a broad range of 4-99°C with fast heating (~5°C/s) and cooling (~3.5°C/s) rates, suitable for complex amplification protocols in molecular biology and biomanufacturing.
• Heating Technology: Utilizes energy-efficient Peltier elements combined with triple circuit technology to maintain precise temperature stability while consuming only 540W, optimizing lab resource use.
• Lid Features: Equipped with a flex lid providing ergonomic operation and a lid heating range of 37-110°C to prevent condensation during long PCR runs.
• Connectivity: Includes USB, Ethernet, and CAN in/out interfaces for seamless integration into biomedical engineering systems and automated workflows.
• Design: Compact benchtop instrument (25 x 41.2 x 32.1 cm), weighing 13.61 kg, ideal for routine use in clinical diagnostics, synthetic biology research, and biopharmaceutical production pipelines.

This thermal cycler is widely adopted in molecular diagnostics, cell imaging preparation, and biotechnology laboratories requiring consistent thermal cycling performance. The non-gradient design secures uniform amplification, vital for applications such as PCR-based genotyping and gene expression analysis. Its advanced temperature modes (Fast, Standard, Safe) offer versatility for diverse molecular biology protocols, making it a critical tool in laboratories focused on molecular cloning, synthetic biology, and molecular diagnostics workflows.