Fison Benchtop Shaking Incubator provides precise temperature settings to maintain a stable and controlled environment for optimal growth and incubation of cultures. They are equipped with adjustable shaking speeds, ensuring customized agitation for various applications. Their fans promote uniform air circulation, for heat and shaking are evenly distributed. These automatically adjust or stop shaking to protect the motor from overload. The low-vibration design ensures smooth operation without disruptions. Our Benchtop Shaking Incubator allows easy integration with data logging for continuous monitoring.
Fison Heating Incubator are microprocessor-controlled chambers that operate within broad temperature ranges. Their internal lighting system and transparent observation window facilitate easy sample monitoring. They are incorporated with sensor-integrated internal cooling systems to prevent overheating. They feature automatic shut-off and thermal overload alarm for safe operation. We offer you with versatile range of capacities, from benchtop units of 30 L to large models of 400 L.
Fison Vertical Shaking Incubator provides precise and uniform temperature regulation with a wide range, and it is suitable for bacterial, yeast, or cell culture incubation. They feature adjustable shaking speeds, ensuring thorough mixing for optimal aeration. Their alarms detect over-temperature and mechanical failures to enhance safety. These offer programmable temperature settings, allowing for automated and reproducible experimental protocols. The transparent viewing window allows easy sample monitoring. Our Vertical Shaking Incubator includes a digital control panel with a display for easy setup and monitoring.
Fison Horizontal Shaking Incubator features a horizontal shaking platform for uniform agitation ideal for cultivating bacterial cultures, yeast, or plant cell cultures. They are equipped with over-temperature protection to prevent overheating and safeguard samples. Their humidity control is beneficial for experiments requiring specific moisture levels. The programmable controls for setting specific shaking times and intervals, providing greater flexibility. These operate quietly, reducing disturbances in the lab while maintaining effective shaking action. Our Horizontal Shaking Incubator built-in timer allows for precise control over the shaking duration, ensuring consistency in experiments.
Fison CO2 incubator has active airflow technology that ensures even temperature distribution throughout the chamber, enhancing incubation stability. The high-heat sterilization function provides effective decontamination and maintains a sterile environment. Their incubator maintains a low condensation level, reducing moisture buildup. They feature a Mycoplasma-free cavity surface to minimize contamination risks and ensure a sterile environment. Our incubator has infrared (IR) CO2 monitoring, providing accurate and continuous CO2 level control for precise regulation.
Fison CO2 Shaking Incubator features an enlarged digital display password-protected screen lock for enhanced security and simple readability. The integrated shaker provides efficient mixing, which is ideal for suspension cultures and microbial growth. Their double glass insulation provides superior temperature stability, promoting consistent growth conditions. They feature an anti-temperature overshoot system to protect sensitive samples from heat damage. Our incubator safe door interlock system maintains a secure environment by preventing accidental exposure to external conditions.
Fison Dry Bath Incubator features adjustable temperature settings, ranging from ambient to high temperatures, ensuring versatility across different experiments. They include a digital control panel for easy temperature monitoring and adjustment. The incubator has safety features like overheat protection to ensure reliable operation. Their built-in timers set incubation durations, providing greater convenience and consistency. They feature rapid heat-up capabilities, reaching the temperature quickly boost lab efficiency. Our Dry Bath Incubator automatic shut-off provide additional assurance for both users and experiments.
Fison Mini Dry Bath Incubator is equipped with a user-friendly digital interface for setting and monitoring temperature and time. They feature adjustable temperature settings, ranging from ambient to high temperatures, and precise digital controls for accurate results. Their insulation minimizes energy loss, ensuring efficient operation and maintaining consistent temperature levels. The rapid heat-up and cool-down times boost efficiency by minimizing delays between experiments. Our Incubator offers dual-block functionality, enabling simultaneous incubation of different samples under varying conditions.
Fison Thermo Shaker Incubator features accurate temperature control to ensure consistent environmental conditions. They offer adjustable shelving, allowing for versatile sample accommodation to support laboratory applications and sample sizes. Their integrated alarms promptly alert users of deviations in temperature or other critical conditions, ensuring sample safety and reliability. The DC brushless motor, for efficient and reliable operation, offers reduced noise, low maintenance, and enhanced energy efficiency. Our Incubator features forced-air circulation, ensuring rapid and uniform heat distribution for consistent conditions.
Fison Constant Temperature and Humidity Incubator have environmental parameter control for precise regulation of temperature, humidity, and other conditions to maintain optimal sample integrity. The incubator programmable multi-cycle settings allow customization of operations to suit specific experimental requirements. This multi-segment programming capability enables precise customization of processes with multiple steps for complex experimental needs. They feature variable frequency refrigeration that optimizes cooling efficiency by adjusting compressor speed for varying temperature requirements. Our constant temperature and humidity incubator has variable frequency refrigeration for energy-efficient cooling.
