3 - Position hotplate LB-50 THP is a white ceramic top hotplate with a PID controlled temperature of 400 °C for uniform heat distribution. Features a heating capacity for flasks ranging from 50 ml to 1 L. It offers digital temperature control and an outer thermocouple that measures and controls the liquid temperature value together with the front panel. The inner thermocouple controls and measures the hotplate stirrer temperature.
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Heat capacity | 50 ml ̴ 1 L |
Ceramic plate dimension | 140 mm × 140 mm |
Power | 450 W |
Temperature | 400 °C |
Temperature accuracy | ± 1 °C |
Voltage | 220 V , 50 Hz / 110 V, 60 Hz |
Features
Applications
Used in laboratories to apply heat to containers , samples , for distillations that require high temperatures , health care and other fields
Standard Accessories
Accessories No | Accessories | Quantity |
A1 | Removable holder | 3 |
A2 | Clamp with screw | 3 |
A3 | Inner thermocouple (4 spin) | 3 |
A4 | Outer thermocouple (4 spin) | 3 |
A5 | 4 prong stainless steel clamp opens to 3 1/2" | 3 |
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Heat capacity | 50 ml ̴ 10 L |
Ceramic plate dimension | 280 mm × 280 mm |
Power | 1000 W |
Temperature | 400 °C |
Heat capacity | 2 L |
Ceramic plate dimension | 180 mm × 180 mm |
Power | 550 W |
Temperature | 400 °C |
Heat capacity | 50 ml ̴ 5 L |
Ceramic plate dimension | 230 mm × 230 mm |
Power | 750 W |
Temperature | 400 °C |
Labotronics digital display ceramic hotplate is a laboratory heating device equipped with a ceramic-coated heating surface and a digital display panel. It allows for precise temperature control and monitoring, making it ideal for various scientific applications. The digital display provides accurate temperature readings, and users can set and adjust the desired temperature with precision. This type of hotplate is commonly used in laboratories, research facilities, and educational institutions for tasks such as solution heating, sample preparation, and maintaining specific temperatures during experiments, offering reliability and control for scientists and researchers.
Heat capacity | 50 ml ̴ 15 L |
Ceramic plate dimension | 280 mm × 280 mm |
Power | 750 W |
Temperature | 400 °C |
Heat capacity | 50 ml ̴ 1 L |
Ceramic plate dimension | 140 mm × 140 mm |
Power | 260 W |
Temperature | 400 °C |
Heat capacity | 50 ml ̴ 10 L |
Ceramic plate dimension | 230 mm × 230 mm |
Power | 600 W |
Temperature | 400 °C |
Heat capacity | 2 L |
Ceramic plate dimension | 180 mm × 180 mm |
Power | 410 W |
Temperature | 400 °C |
Our 4-position laboratory hot plate is a versatile and efficient heating device designed for simultaneous heating of four separate samples or containers in a laboratory setting. It typically features a flat, heated surface with four designated areas where laboratory glassware or containers can be placed. Each position can be controlled independently, allowing for precise temperature regulation for different experiments or processes running concurrently. These hot plates are commonly used in chemistry and biology laboratories for tasks such as heating solutions, evaporating solvents, or maintaining specific temperatures in experiments.
Heat capacity | 50 ml ̴ 10 L |
Ceramic plate dimension | 230 mm × 230 mm |
Power | 750 W |
Temperature | 400 °C |
Heat capacity | 50 ml ̴ 1 L |
Ceramic plate dimension | 140 mm × 140 mm |
Power | 450 W |
Temperature | 400 °C |
Heat capacity | 50 ml ̴ 15 L |
Ceramic plate dimension | 280 mm × 280 mm |
Power | 1000 W |
Temperature | 400 °C |
Heat capacity | 2 L |
Ceramic plate dimension | 180 mm × 180 mm |
Power | 550 W |
Temperature | 400 °C |
Our 2-position laboratory hot plate is a versatile heating device designed for simultaneous heating of two separate samples or containers in a laboratory setting. It typically consists of a flat, heated surface with two designated areas where laboratory glassware or containers can be placed. Each position can be controlled independently, allowing for precise temperature regulation for different experiments or processes simultaneously. Our hot plates are commonly used in chemistry and biology laboratories for tasks such as heating solutions, evaporating solvents, or maintaining specific temperatures in experiments.
Heat capacity | 50 ml ̴ 1 L |
Ceramic plate dimension | 140 mm × 140 mm |
Power | 450 W |
Temperature | 400 °C |
Heat capacity | 2 L |
Ceramic plate dimension | 180 mm × 180 mm |
Power | 550 W |
Temperature | 400 °C |
Heat capacity | 50 ml ̴ 15 L |
Ceramic plate dimension | 280 mm × 280 mm |
Power | 1000 W |
Temperature | 400 °C |
Heat capacity | 50 ml ̴ 10 L |
Ceramic plate dimension | 230 mm × 230 mm |
Power | 750 W |
Temperature | 400 °C |
We provide a standard hot plate, a common laboratory heating device with a flat, electrically heated surface that is widely used for general-purpose heating applications. Typically, it features a simple, manual control mechanism for adjusting temperature settings. Standard hot plates are versatile and suitable for various laboratory tasks such as heating solutions, evaporating solvents, and conducting basic experiments. They are easy to use and cost-effective, making them a popular choice in educational institutions, research labs, and industrial settings. While they lack advanced features found in more specialized models, their simplicity and reliability make them a valuable tool for a wide range of heating requirements.
Heat capacity | 2 L |
Ceramic plate dimensions | 180 mm × 180 mm |
Power | 410 W |
Temperature | 400 °C |
Heat capacity | 50 ml ̴ 1 L |
Ceramic plate dimensions | 140 mm × 140 mm |
Power | 260 W |
Temperature | 400 °C |
Heat capacity | 50 ml ̴ 10 L |
Ceramic plate dimensions | 230 mm × 230 mm |
Power | 600 W |
Temperature | 400 °C |
Heat capacity | 50 ml ̴ 15 L |
Ceramic plate dimensions | 280 mm × 280 mm |
Power | 750 W |
Temperature | 400 °C |
Our 6-position hot plate is a versatile and high-capacity heating device designed for simultaneous heating of six separate samples or containers in a laboratory or industrial setting. It typically features a flat, heated surface with six designated areas where glassware or containers can be placed. Each position can be controlled independently, enabling precise temperature regulation for different experiments or processes happening concurrently. Their six-position capability significantly enhances efficiency and flexibility, making them invaluable tools for various research, testing, and production procedures, especially when multiple samples need to be processed simultaneously and with precise control.
Temperature | 400 °C |
Ceramic plate dimension | 180 mm × 180 mm |
Power | 550 W |
Temperature accuracy | ± 1 °C |
Temperature | 400 °C |
Ceramic plate dimension | 140 mm × 140 mm |
Power | 450 W |
Temperature accuracy | ± 1 °C |
Address: Labotronics Scientific. 1007 N Orange St.,
Wilmington, DE 19801, USA
Mail: info@labotronics.com
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