Climatic Test Chamber 250L 360L 450L 750L Plant Growth Incubator CMC-B250

• Stainless steel interior with powder-coated housing and dual doors (inner toughened glass).
• Features an 8-grade adjustable LED illumination system to simulate natural light cycles without aging effects.
• Stepless LED control and automatic air speed adjustment recreate natural environmental conditions.
• Advanced dynamic programming synchronizes temperature, humidity, light, and time to mimic day/night cycles.
• Utilizes 30-segment temperature control for precise curve-based programming.
• High-performance compressor with CFC-free R134a refrigerant ensures stable, quiet cooling.
• Omni-directional 3D heating guarantees uniform temperature distribution.
• Reliable humidity sensor and fast humidification technology maintain precise moisture levels.
• High-speed CPU and PT100 sensor enable accurate control with 99-hour programmable timer.
• Optional independent temperature safety limit and UV lamp for enhanced protection and sterilization

*Working temperature: 5-30℃. Max. working humidity: 80%RH. Max.working altitude: 2000m *UV lamp is optional

In forensic science, incubators play a subtle but critical role in specific analytical processes. While not typically used for growing evidence-based cultures (due to contamination risks), they provide precise temperature control for various chemical and biological assays. A key application is in the development of latent fingerprints. After applying chemical reagents like ninhydrin or 1,8-diazafluoren-9-one (DFO) to a porous surface (paper), the evidence is placed in a humidity-controlled oven or incubator at a specific temperature (e.g., 80-100°C for DFO) to catalyze the reaction that visualizes the prints. Incubators provide a more controlled environment than standard ovens for this sensitive process.
In forensic biology and DNA analysis, thermal cyclers (PCR machines) are specialized incubators that cycle temperatures precisely for DNA amplification. Furthermore, incubators can be used to culture microorganisms from unconventional samples in cases of bioterrorism threat or to study microbial decomposition patterns on remains for estimating post-mortem interval in a controlled setting. The requirement here is for reliable, consistent, and documented temperature control to ensure that forensic results are defensible in court, where chain of custody and methodological rigor are paramount.