Labmate Water-jacketed CO₂ Incubator LMWC-A103
Labmate Water-jacketed CO₂ Incubator LMWC-A103 features a 185 L chamber with precise temperature control from +5 °C to 60 °C. It uses a water-jacketed heating system with PID control for uniform thermal distribution (±0.1 °C stability, ±0.4 °C uniformity). CO₂ concentration is monitored and regulated via a drift-free infrared (IR) sensor, with a control range of 0–20 % and 0.001 % display resolution. Dual HEPA filtration ensures a contamination-free environment, while a heated glass door preserves internal conditions. Operation is facilitated through a 7-inch LCD touchscreen, and sterilization is performed with alcohol wipes.
Product Info
Key Features
-
185 L stainless-steel chamber
-
Water-jacketed heating with PID control
-
±0.1 °C temperature stability, ±0.4 °C uniformity
-
IR CO₂ sensor with 0–20 % control range and 0.001 % resolution
-
Dual HEPA filtration (ISO 5 level)
-
Heated glass door
-
Alcohol wipe sterilization
-
7-inch touchscreen interface
-
Timing function 0–999.9 hours
-
Ambient humidity ~92 % ±3 %
Specifications
Specification Details Chamber Volume 185 L Temperature Control Range Ambient +5 °C to 60 °C Temperature Resolution 0.1 °C Temperature Stability ±0.1 °C Temperature Uniformity ±0.4 °C Temperature Control Mode PID Control Interface 7-inch LCD touchscreen Heating Power 800 W Timing Function 0–999.9 hours CO₂ Measurement Infrared (IR) CO₂ Control Range 0–20 % CO₂ Display Resolution 0.001 % CO₂ Supply 0.05–0.1 MPa recommended Relative Humidity Ambient ~92 % ±3 % Sterilization Method Alcohol wipe HEPA Filter Quantity 2 Microbe HEPA Filter Quantity 1 Working Environment 5–35 °C Internal Dimensions (L×W×H) 540×510×680 mm External Dimensions (L×W×H) 710×695×985 mm Power Supply AC 220 V ±10%, 50/60 Hz Net Weight 165 kg Features
-
Precise temperature control
-
Dual HEPA filtration for contamination-free operation
-
Drift-free IR CO₂ sensor
-
Stainless steel inner chamber
-
Heated glass door
Applications
Labmate Water-jacketed CO₂ Incubator LMWC-A103 is ideal for advanced cell culture in tissue engineering, IVF, neuroscience, and cancer research. It provides a stable, contaminant-free environment for culturing mammalian cells in academic, clinical, and biopharma laboratories.-
