Air Jacketed Incubator NovaIncu AT162-I

Incubator(air jacketed)NovaIncu AT162-I

Features

• Direct heating of chamber with isolation.
• Easy-maintenance stainless steel work chamber with rounded corners prevents residue buildup.
• Durable, scratch-resistant powder-coated housing protects the instrument.
• Dual-door configuration combines insulation with the safety and visibility of toughened glass.
• Proactive water management system with audible/visual alerts for level abnormalities.
• Optimized airflow design with a circulation fan ensures consistent temperature across all shelves.
• Fast-processing CPU and sensitive Pt sensor work in tandem for precise environmental control.
• Offers sophisticated 99-hour preset programming for unattended operation.
• Dynamic self-diagnostics, parameter memory, and display calibration ensure reliability and traceability.
• Configurable with a secondary independent temperature guard and a UV sterilization module.

Specifications

Introduction about incubator

The journey from a promising microbial strain in a flask to an industrial fermentation process begins in incubators. Shaking incubators (shake flasks) are the primary tool for early-stage process development.

Variables like temperature, media composition, and agitation speed are systematically tested in small-volume cultures to find conditions that maximize growth or product (e.g., an enzyme, antibiotic precursor) yield. This stage identifies the "operating window." The next step is often a bench-top bioreactor (1-10 L), which is itself a highly instrumented, agitated, and temperature-controlled vessel—an incubator with additional control loops. Data from shake flasks inform the initial parameters for the bioreactor run. The incubator's role is to provide the reproducible, small-scale data that de-risks the costly scaling process.

Even after a process is scaled to production (thousands of liters), incubators remain essential in the QC lab for maintaining assay cell lines, performing sterility tests on seed stocks, and cultivating isolates for contamination investigation. The incubator, therefore, bridges the gap between discovery genetics and industrial biomanufacturing.