Labotronics stackable shaker incubator is a specialized laboratory device designed for simultaneous incubation and agitation of multiple samples, with the added feature of being stackable, conserving valuable laboratory space. These instruments provide a controlled environment with adjustable temperature settings and shaking modes (typically orbital or reciprocal), ensuring consistent and uniform conditions for microbial culture, cell growth, and molecular biology applications. Stackable shaker incubators are equipped with digital controls, programmable protocols, and alarms, allowing researchers to maintain precise experimental parameters.
Function |
Heated or refrigerated |
Temperature range |
4 °C ~ 60 °C |
Ambient range |
-20 °C ~ 60 °C ; at RT of 25 °C |
Shaking speed |
30 rpm ~ 300 rpm |
Function |
Heated |
Temperature range |
30 °C ~ 60 °C |
Ambient range |
|
Shaking speed |
30 rpm ~ 300 rpm |
Function |
Heated |
Temperature range |
30 °C ~ 60 °C |
Ambient range |
|
Shaking speed |
30 rpm ~ 300 rpm |
Function |
Heated |
Temperature range |
30 °C ~ 60 °C |
Ambient range |
|
Shaking speed |
30 rpm ~ 300 rpm |
Labotronics Gel Card Incubator is designed for precision and efficiency in sample incubation. Incorporated PID microprocessor and a temperature sensor, guarantees a stable environment for broad range of research needs. Our gel card incubator enhances productivity by allowing multiple samples to be processed simultaneously. Its intuitive interface simplifies operation, and the robust powder-coated steel exterior guarantees durability. Integrated with alarm function for immediate issue alerts and a LCD display for real-time monitoring of key operational parameters.
Capacity |
24 cards |
Temperature Range |
RT ± 5℃ to 60℃ |
Temperature Accuracy |
± 0.5℃ |
Temperature control type |
PID |
Our Mold Incubators are built to provide precise and controlled environments for cultivating mold and other microorganisms. These incubators feature a spacious interior with adjustable shelves, allowing flexibility for various sample sizes. The semicircular corners ensure easy cleaning, promoting a sterile environment. They integrate digital displays, and programmable controls for precise management of temperature and humidity cycles. Our mold incubators deliver consistent performance, making them ideal for microbial research, food safety testing, and pharmaceutical applications.
Shelves |
3 |
Temperature range |
4 °C ~ 60 °C |
Temperature control |
0.1 ° C |
Temperature stability |
± 5.0 °C |
Shelves |
3 |
Temperature range |
4 °C ~ 60 °C |
Temperature control |
0.1 ° C |
Temperature stability |
± 5.0 °C |
Our non-refrigerated incubators are laboratory devices designed for maintaining a controlled and consistent temperature environment without the use of refrigeration. They are commonly used for a variety of scientific applications, such as bacterial and cell culture, biochemical reactions, and microbiological studies. Non-refrigerated incubators rely on electric heating elements and insulation to achieve and maintain the desired temperature, often equipped with digital controls and temperature displays to ensure precise and stable conditions. Our incubators are essential in settings where refrigeration is not required or when a specific temperature range is needed for sample incubation or experimentation, offering researchers a reliable and cost-effective solution for maintaining optimal growth and reaction conditions for a wide range of biological and chemical studies.
Capacity |
120 L |
Performance |
Heated only |
Temperature |
+ 5 °C ~ 65 °C |
Chamber dimensions |
450 x 450 x 600 mm |
Capacity |
50 L |
Performance |
Heated only |
Temperature |
+ 5 °C ~ 65 °C |
Chamber dimensions |
350 x 350 x 410 mm |
Capacity |
80 L |
Performance |
Heated only |
Temperature |
+ 5 °C ~ 65 °C |
Chamber dimensions |
400 x 400 x 500 mm |
Capacity |
160 L |
Performance |
Heated only |
Temperature |
+ 5 °C ~ 65 °C |
Chamber dimensions |
500 x 500 x 650 mm |
Labotronics gravity convection incubator is a laboratory device used for controlled incubation and general-purpose heating. It operates based on the principle of natural air convection, where warm air rises and cold air falls. These incubators are typically used for applications that do not require precise temperature uniformity. They are commonly found in research, educational, and industrial settings for tasks like culturing, biochemical studies, and sample drying, providing a stable and reliable environment for a range of scientific processes while being cost-effective and easy to maintain.
Capacity |
202 L ( 101 L × 2 chambers ) |
Chamber |
2 |
Shelves |
|
Shelves ( Each chamber ) |
3 |
Capacity |
680 L ( 170 L × 4 chambers ) |
Chamber |
4 |
Shelves |
|
Shelves ( Each chamber ) |
10 |
Capacity |
91 L |
Chamber |
1 |
Shelves |
3 |
Shelves ( Each chamber ) |
|
Capacity |
287 L ( 143.5 L × 2 chambers) |
Chamber |
2 |
Shelves |
|
Shelves ( Each chamber ) |
3 |