| Parameter | Specification |
|---|---|
| Product Name | Digital Dry Baths D1200 |
| Model | D1200 |
| Instrument Type | Digital Dry Bath Incubator |
| Heating Method | Dry Block Heating |
| Temperature Control | Digital Temperature Control |
| Display | Digital LED Display |
| Block Type | Interchangeable Heating Blocks |
| Sample Compatibility | Tubes and Vials (block dependent) |
| Installation | Benchtop |
| Applications | Sample Incubation, DNA & RNA Preparation, Enzyme Reactions, Reagent Warming, Biotechnology, Clinical Diagnostics, Pharmaceutical & Research Laboratories |
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Digital Dry Baths D1200
The Digital Dry Baths D1200 is a laboratory heating instrument designed for precise and uniform temperature control of samples in tubes and vials. It is ideal for incubation, enzyme reactions, sample preparation, and other temperature-controlled laboratory applications.
- Provides precise and uniform dry heating for laboratory samples.
- Digital temperature control ensures accurate and reproducible heating.
- Compatible with interchangeable heating blocks for different tube sizes.
- LED display enables convenient monitoring of operating temperature.
- Compact benchtop design saves valuable laboratory workspace.
- Suitable for incubation, enzyme reactions, sample preparation, and reagent warming.
- Ideal for biotechnology, pharmaceutical, clinical, academic, and research laboratories.
The Digital Dry Baths D1200 is a compact benchtop laboratory instrument used to provide accurate and stable heating for biological and chemical samples. It utilizes interchangeable heating blocks to accommodate various tube sizes, ensuring efficient heat transfer and consistent temperature distribution. The digital display and intuitive controls allow users to easily set and monitor the desired temperature, supporting reproducible laboratory procedures.
This dry bath is widely used in molecular biology, microbiology, biotechnology, clinical diagnostics, pharmaceutical research, and academic laboratories. It is suitable for applications such as DNA and RNA sample preparation, enzyme reactions, incubation, sample thawing, reagent warming, and other temperature-sensitive protocols. Its compact design and reliable temperature performance make it an essential instrument for routine laboratory workflows where precise dry heating is required.
