LABORATORY INCUBATORS

MAKE DINESH SCIENTIFIC

 DESCRIPTION:

DESIGN AND CONSTRUCTION:

Laboratory incubators typically feature a robust and insulated double-walled construction to maintain temperature stability. The outer casing is often made of durable materials like stainless steel or powder-coated steel.

 TEMPERATURE CONTROL:

• These incubators are equipped with precise temperature control systems, often using microprocessor-based controllers. Users can set and maintain specific temperatures suitable for their experiments.

 TEMPERATURE RANGE:

• Incubators offer a wide range of temperature settings, allowing users to create optimal conditions for cell culture, microbial growth, or other applications. The temperature range can vary from ambient or room temperature up to elevated temperatures, depending on the model.

 HUMIDITY CONTROL (OPTIONAL):

• Some incubators come with humidity control features, especially those used for cell culture or microbiological applications where humidity plays a critical role.

 SHELVING SYSTEM:

• The interior of the incubator typically includes adjustable shelving to accommodate various sample sizes and types. The shelving is often made of stainless steel for easy cleaning and durability.

  SAFETY FEATURES:

• In order to protect the samples and the integrity of the incubation process, many BOD incubators have safety measures such alarms for temperature variations or other anomalies.

 DOORS AND SEALS:

• The doors of laboratory incubators are designed to provide a secure seal to prevent temperature fluctuations. Some models may feature double doors with inner acrylic or glass doors for easy observation without compromising the internal environment.

 DISPLAY AND CONTROLS:

• Microprocessor-based digital controllers offer a user-friendly interface for setting and monitoring temperature, and sometimes humidity. The digital display provides real-time information about the operating conditions.

TECHNICAL DATA: