Mold incubator with temperature & humidity control NovaIncu MD250-I

Mold incubator with temperature & humidity control NovaIncu MD250-I

Features

• Combines a corrosion-resistant stainless steel chamber with a toughened glass observation window.
• Double-door structure enhances insulation, with an inner glass door for clear viewing.
• Reliable refrigeration unit provides consistent cooling with over/under-pressure protection.
• Achieves perfect temperature homogeneity through omnidirectional 3D heating.
• Unified control system manages temperature, humidity, and optional UV sterilization.
• Automated water supply with backup storage ensures uninterrupted humidification.
• Intelligent dynamic technology coordinates temperature and humidity controllers.
• Supports extended, complex testing protocols with 99-hour preset programming.
• Multi-level alarms cover sensor faults, parameter deviations, and water supply issues.
• Optional redundant safety temperature controller acts as a fail-safe.

Specifications

Introduction about incubator

For sensitive experiments, the physical vibrations and acoustic noise generated by an incubator can be non-trivial confounding factors. Vibrations primarily originate from two sources: the compressor in refrigerated/cooled models and the fan/motor in the convection or shaking system. These micro-vibrations can disrupt delicate processes such as the formation of fine protein crystals for X-ray crystallography, the growth of confluent monolayers of certain neuronal cells, or high-magnification time-lapse microscopy performed inside or adjacent to the incubator. Acoustic noise, from fans and compressors, can be a disturbance in quiet lab environments. Manufacturers address this through engineering solutions: using scroll compressors (quieter than piston compressors), isolating compressors from the main chamber with dampeners, designing balanced fan blades, and employing sound-insulating materials in the cabinet.

For vibration-sensitive applications, “quiet" or “low-vibration" models are marketed, often with specially designed drive systems for shakers. When placing an incubator, it should be on a level, stable surface, potentially with anti-vibration pads. For ultra-sensitive work, a dedicated room or bench isolated from other lab vibrations may be necessary. Acknowledging and mitigating these physical emissions is part of holistic experimental design.