Mini Dry Bath Incubator LMDB-T2021

Introduction

Mini Dry Bath Incubator offers a precise temperature control range of -10℃ to 100℃, ideal for a wide range of heating and cooling applications. It offers tool-free block replacement for easy switching between sample formats. The incubator reduces power once the target temperature is reached, improving energy efficiency. Our Dry Bath Incubator is ideal for precise sample temperature control in research, clinical, and diagnostic labs.

It provides a stable and controlled environment for cell culture, microbial growth, and other biological experiments. The precise temperature and humidity control ensure consistent experimental conditions and reliable results.

Applications

Mini Dry Bath Incubator is designed for accurate temperature control of samples in heating and cooling applications. It is widely used in molecular biology, clinical diagnostics, biochemistry, and research laboratories.

Specifications

Temperature Control Range	-10℃ to 100℃
Temperature Maximum Decrease	R.T. decreases 25℃ at R.T. 26℃
Temperature Setting Range	-10℃ to 100℃
Temperature Stability at 100℃	±0.5℃
Temperature Stability at 40℃	±0.3℃
Block Temperature Uniformity	±0.3℃
Temperature Display Accuracy	0.1℃
Heating Speed	Less than or equal to 15min (20℃ to 100℃)
Cooling Speed	Less than or equal to 30min (R.T. decreases 20℃) at R.T.26℃
Time Range	1sec to 999sec or 1min to 999min
Power Consumption	120W
Power Supply	DC 24V adapter
Dimensions (W×D×H)	110 × 156 × 103 mm
Weight	1.4 kg

Features

High temperature stability

Dual digital display

Microprocessor-based temperature regulation

Built-in fault detection

Uniform heat distribution

FAQs

1. Can the Mini Dry Bath Incubator be used for temperature-sensitive reagents or enzyme storage?

Yes, the Mini Dry Bath Incubator is ideal for maintaining temperature-sensitive reagents or enzymes due to its precise control down to -10 degree C. Many enzymes require cold storage or controlled thawing before use in reactions. With its cooling function and stable low-temperature performance, the Incubator provides a consistent environment to preserve enzyme activity. It’s especially useful in molecular biology workflows that involve frequent use of ligases, polymerases, or restriction enzymes. The digital timer also allows users to set specific durations for temperature holding. This minimizes manual handling and improves reproducibility. For labs dealing with frequent reagent prep, it adds both convenience and reliability.

2. How does the Mini Dry Bath Incubator enhance workflow efficiency in busy labs?

Mini Dry Bath Incubator significantly enhances lab efficiency with its fast heating and cooling, allowing for quicker processing between steps. Its tool-free block replacement means users can easily switch between protocols or sample sizes without delays. The dual display provides real-time monitoring, reducing the need for repeated checks. Its programmable time range allows for unattended runs, freeing lab personnel for other tasks. Energy-saving functions reduce power draw once the target temperature is reached. All these features help labs run more smoothly, especially when managing multiple experiments or users. It’s a practical solution for high-throughput and multitasking environments.

3. Is the Mini Dry Bath Incubator suitable for reaction setup or post- cleanup?

Yes, the Mini Dry Bath Incubator is highly suitable for both setup and post- cleanup steps. During reaction setup, it maintains enzymes and reagents at low temperatures, preventing degradation. After , it is used for temperature-dependent cleanup procedures like exonuclease treatments or enzyme inactivation. Its precise control and stable heat ensure that sensitive products are processed without thermal variation. With compatible blocks for tubes, it streamlines preparation steps. The compact size allows placement near thermal cyclers or clean zones. Its quick operation also improves workflow between thermal cycling and analysis steps. This makes it an essential tool for labs and genotyping workflows.

4. What makes the Mini Dry Bath Incubator energy-efficient compared to similar devices?

Mini Dry Bath Incubator is engineered with energy-saving logic that reduces power consumption once the target temperature is reached. Unlike older models that continuously heat or cool, the Incubator adjusts power intelligently to maintain temperature without overuse. It also uses a 24V DC adapter, which is more efficient and safer than traditional AC-powered devices. The semiconductor cooling system draws less energy than compressor-based alternatives. Its compact footprint means lower energy usage overall. These energy-efficient features help labs reduce operational costs, especially during long-term or daily use. It’s ideal for eco-conscious institutions seeking sustainable lab equipment without performance compromise.

5. Does the Mini Dry Bath Incubator support customized temperature or timing protocols?

Yes, the Mini Dry Bath Incubator allows users to manually set both temperature and time (1 sec to 999 min or 999 sec), enabling customization for specific lab protocols. While it doesn’t have programmable memory presets, its easy-to-use interface makes custom settings quick and intuitive. This flexibility is helpful in labs that run a variety of protocols requiring different temperature profiles or incubation durations. Users can adjust parameters between experiments without complex programming. The unit also maintains settings during short power interruptions, adding convenience during multi-step workflows. This adaptability supports a wide range of research needs.

6. Can the Mini Dry Bath Incubator be operated in low-light or cleanroom environments?

Yes, the Mini Dry Bath Incubator is suitable for use in low-light or cleanroom settings. Its bright digital display provides clear visibility of time and temperature, even in dim environments. The compact and enclosed design limits airflow disruption, reducing particle generation. The exterior surface and internal blocks are smooth and easy to wipe down with disinfectants, supporting cleanroom compliance. Its quiet operation is ideal for sterile or acoustically sensitive areas. The minimal footprint also helps avoid clutter in cleanroom workstations. Overall, it provides precise temperature control without interfering with controlled environment protocols, making it a practical addition to cleanroom labs.