Laboratory Incubators | Cell culture, microbiology research | Temperature: 50°C (Base) ▲▲ 60°C (Advanced) vs 45°C (Industry Standard) Humidity: ±5% RH (Base) ▲ ±3% RH (Advanced) | Advanced models handle extreme temps (e.g., 60°C ▲▲ for heat-sensitive cultures) Digital control panel (Base) for precision | Higher cost for Advanced tiers; limited capacity (900L max) vs growth chambers |
Growth Chambers | Seed germination, plant research | Capacity: 900L (Base) ▲▲ 1200L (Advanced) vs 700L (Industry) Temp: 40°C (Base) ▲▲ 50°C (Advanced) vs 35°C (Industry) | Large capacity (Base: 900L) for bulk samples Transparent doors for real-time monitoring | Higher energy consumption; requires dedicated space |
Environmental Test Chambers | Durability testing, extreme condition simulations | Temp Range: -20°C to +50°C (Base) ▲ -40°C to +60°C (Advanced) vs -10°C to +40°C (Industry) | Advanced models simulate Arctic/Desert extremes (▲▲) Shock resistance (Advanced ▲) | High cost; complex calibration required |
Refrigerated Storage Units | Vaccine storage, sample preservation | Temp: 4°C (Base) ▲▲ -20°C (Advanced) vs 2-8°C (Industry Standard) Energy Efficiency: 0.8 kWh/day (Advanced ▲) | Advanced models store cryogenic samples (▲▲) EPR Germany Packing certification (Base) ensures safety | Limited to specific temp ranges; power-dependent |
Humidity Control Cabinets | Electronics testing, material aging | Humidity: ±5% RH (Base) ▲±1% RH (Advanced) vs ±8% RH (Industry) Airtight seals (Advanced ▲) | Advanced precision prevents corrosion (▲▲) Compact size for lab spaces | High maintenance; small capacity (500L max) |
Portable Climate Chambers | Field research, mobile labs | Mobility: Wheels (Base) + integrated power (Advanced ▲) Capacity: 700L (Base) ▲ 1000L (Advanced) vs 500L (Industry) | Advanced models operate off-grid (▲) Compact design for transport | Lower capacity than stationary models; lighter build |