Lumicks z-Movi Cell Analyzer for Acoustic Force-Based Single-Cell Interaction Analysis

The Lumicks z-Movi Cell Analyzer is a precision laboratory instrument designed for label-free, single-cell analysis using acoustic force to measure cell–cell binding strength. It provides real-time, quantitative data on interactions between cells, making it essential for research in immunology, oncology, and cell therapy. Its compact size (21 x 21 x 32 cm) facilitates easy integration into standard laboratory workflows.

Key technical features include:

• Acoustic force application for non-invasive measurement of cell avidity
• Data output detects single-color fluorescence at 635 nm wavelength
• Utilizes reusable chips capable of 50 or 125 runs
• Throughput capacity supports up to 20 measurements per day across 4 chips with 5 runs each
• Measures binding forces of up to 400 cells per measurement
• Supplied with a PC loaded with Oceon software and standard peripherals (keyboard, mouse, monitor) for system control and data acquisition

The instrument is widely adopted in biotechnology and molecular diagnostics workflows, especially for evaluating T cell and tumor cell interactions, screening immune cell functionality, and assessing immunotherapy efficacy. It offers high-throughput, reproducible performance, critical in biopharmaceutical production pipelines, synthetic biology research, and cell interaction heterogeneity studies.

This system is backed by comprehensive technical inspection covering optics, camera, and software communication verification to ensure full functionality. The z-Movi Cell Analyzer supports key applications in live-cell biomechanics and fluorescence analysis, making it a valuable tool for researchers focused on bioprocessing, gene editing, and molecular cloning workflows involving cell adhesion dynamics.

Overall, Lumicks’ z-Movi Cell Analyzer combines advanced acoustic force technology with robust fluorescence detection to provide essential quantitative insights into cell binding forces for cutting-edge research in cellular interaction analysis and biomedical engineering.