10x Genomics Next GEM Chromium Controller for High-Throughput Single-Cell Genomics

The 10x Genomics Next GEM Chromium Controller is a sophisticated microfluidic instrument engineered for *single-cell* and *single-nucleus* sample partitioning and barcoding. Designed to support high-throughput genomic workflows, this controller facilitates precise compartmentalization essential in *molecular diagnostics*, *biotechnology*, and *synthetic biology* research. Engineered for compatibility with next-generation sequencing preparation, it enhances resolution and accuracy in single-cell RNA sequencing and other applications critical to *gene editing* and *bioprocessing* pipelines.

• Model: Chromium Controller (Next GEM configuration)
• Manufacturing Year: 2021
• Dimensions: 9.5 × 9.5 × 9.5 inches
• Voltage Range: 100–240 V, 50/60 Hz
• Supports advanced microfluidics for efficient *sample partitioning* and *barcoding* necessary for *single-cell transcriptomics* and *molecular cloning workflows*
• Integral for *biopharmaceutical production pipelines* where precise cell analysis is critical
• Facilitates cutting-edge research in *cell imaging*, *biomedical engineering*, and *clinical diagnostics* by enabling sample preparation that improves downstream sequencing fidelity and throughput

This controller is widely adopted in *biotechnology research* environments, particularly for applications requiring scalable and reproducible *single-cell* and *single-nucleus* genomic profiling. Its functionality is critical for labs focused on *synthetic biology*, *molecular diagnostics*, and *biomanufacturing* pipelines aiming at robust data generation and sample indexing accuracy.