Laboratory Shaker Incubator LBN-LS141 is a high-performance single-door incubator powered by the most advanced large torque motor, ensuring continuous operation with minimal maintenance and noise. Integrated with a slope control panel and a large LCD for a better visual effect. It has an operation data memory and a password locking function to prevent unauthorised use.
Temperature Range | 4 to 60 °C |
Capacity | 170 L |
Shaking Speed | 40 to 300 rpm |
Temperature Accuracy | ± 0.1 °C |
Temperature Uniformity | ± 1 °C |
Time Range | 1 to 9999 min |
Swing Amplitude | Φ26 mm |
Speed Accuracy | ±1 rpm |
Refrigeration System | Fast refrigeration with instant cooling and automatic defrosts |
Door | Single |
Standard Configuration | 250 ml×24 |
Maximum Capacity | 100 ml×48 or 250 ml×24 or 500 ml×18 or 1000 ml×12 |
Display | LCD |
No. Of Trays | 2 |
Tray Size | 500×350 mm |
Voltage | AC 220V to 240V ± 10 %, 50 to 60 Hz |
Power | 550 W |
Chamber Dimension (W×D×H) | 660×440×650 mm |
External Dimension (W×D×H) | 700×560×1260 mm |
Net Weight | 165 kg |
Laboratory Shaker Incubators are often used for cell culturing, cell aeration, and solubility studies mainly in the field of biology and chemistry.
Laboratory Shaker Incubators are often used for cell culturing, cell aeration, and solubility studies mainly in the field of biology and chemistry.
Laboratory Shaker Incubator LBN-LS141 is a high-performance single-door incubator powered by the most advanced large torque motor, ensuring continuous operation with minimal maintenance and noise. Integrated with a slope control panel and a large LCD for a better visual effect. It has an operation data memory and a password locking function to prevent unauthorised use.
Labnic Heating Incubator is designed to maintain a controlled, elevated temperature for various laboratory applications. They have an airduct for even heat distribution throughout the chamber. Their silicon sealing provides leakage protection and safe handling. These stainless-steel chamber with removable shelves allows for easy cleaning. They feature a microprocessor control system for temperature and time settings with an LCD display. Our Heating Incubator is well-suited for use in biotechnology, microbiology, and research industries.
Labnic Shaker Incubator is designed with accurate temperature control for optimal growth and maintenance of biological samples. They include a digital control panel for setting parameters, ensuring reproducibility. Their single stainless-steel tray can hold samples of different capacities. They are compact and save space by combining shaking and incubation. Our Shaker Incubator can be used for sample separation, making it ideal for biology and chemistry fields.
Labnic CO2 Incubator have advanced features that minimizes contamination risk and maintain a sterile environment. They have forced convection to ensure uniform temperature distribution for optimal cell growth. Their intuitive LCD display allow precise monitoring and control of parameters. They are equipped with an Infrared CO2 sensor that provide accurate and stable CO2 measurement. Our CO2 Incubator is ideal for cell biology, cancer research, IVF procedures, and pharmaceutical testing.
Labnic Cooling Incubator offers safe and precise incubation, even at extreme temperatures. They feature an LCD display and support real-time data recording via an external printer. Their stainless-steel chamber ensures durability and easy cleaning. They have double door and auxiliary thermostat, for precise temperature control. Our Cooling Incubator is an efficient choice for biotechnology, pharmaceuticals and research labs.
Labnic Dry Bath Incubator features digital control for precise temperature and time settings. They include overheat protection to ensure safety and prevent temperature fluctuations. Their compact size allows easy integration into any lab environment. They are equipped with microprocessor-controlled heating blocks that deliver uniform temperature and quick recovery. Our Dry Bath Incubator is ideal for PCR, DNA/RNA amplification, and enzyme reactions in labs.