Mini Dry Bath Incubator LMDB-T2018

Introduction

Mini Dry Bath Incubator offers a temperature control range of 5 °C to 100 °C for accurate sample heating. It features an automatic fault detection system with a buzzer alarm that promptly indicates any operational issues. Utilizes an efficient natural cooling mechanism, eliminating the need for external fans or additional components. Our Dry Bath Incubator is ideal for heating biological samples in labs, hospitals, research centers, and field applications.

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 and stable heating of biological and chemical samples. It is ideal for use in research labs, clinical settings, academic institutions, and field-based testing environments.

Specifications

Temperature Control Range	R.T.+5℃ to 100℃
Temperature Setting Range	0℃ 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	Natural cooling
Time Range	1sec to 999sec or 1min to 999min
Power Consumption	60W
Power Supply	DC 24V adapter
Dimensions (W×D×H)	110 × 156 × 92 mm
Weight	1 kg

Features

Built-in temperature protection

Low power consumption usage

Flexible dual timer modes

User-friendly control interface

Silent operation without vibration

FAQs

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

Yes, the Mini Dry Bath Incubator is well-suited for maintaining consistent temperatures required by temperature-sensitive diagnostic kits, reagents, or assay components. It offers precise temperature control from R.T.+5? to 100?, with high stability and uniformity. This is particularly important in (in vitro diagnostic) settings where enzyme-based reactions or antibody-antigen interactions depend on consistent conditions. Its compact design allows it to fit into diagnostic workstations easily. It’s frequently used in testing workflows, plate preparation, and nucleic acid amplification processes. The unit ensures that reagents maintain efficacy during extended workflows. Blocks for various tube formats allow flexible use. It's reliable for both research and clinical diagnostic environments.

2. Is the Mini Dry Bath Incubator suitable for use in or -certified laboratories?

Mini Dry Bath Incubator is designed to meet the performance expectations of labs operating under , , or environments. It offers features such as precise calibration, digital accuracy (0.1?), and programmable timing, which are essential for validated procedures. The stainless steel or aluminum block surfaces are easy to clean and disinfect, helping maintain contamination-free conditions. Its stable performance supports standard operating procedures in quality control, pharmaceutical R&D, and regulated production workflows. While it may not come with built-in data logging, it can be incorporated into SOPs with temperature verification. The reliable controls and consistent heating support documented, traceable processes. It's a robust choice for labs needing accuracy and repeatability.

3. How do I select the right block for the Mini Dry Bath Incubator ?

Mini Dry Bath Incubator supports various interchangeable heating blocks designed for different tube sizes and formats. Choosing the right block depends on your sample container—whether you’re using tubes, centrifuge tubes, microtubes, or vials. Common options include blocks for 0.2 mL tubes, 1.5/2.0 mL microcentrifuge tubes, or even flat-bottom vials. If you're working with a specific volume or tube type, it’s best to match the exact dimensions with the corresponding block type. Blocks are easily insertable and removable, allowing for rapid changes between applications. The material, typically anodized aluminum, provides excellent heat conduction. Custom block configurations may also be available upon request. This modularity enhances workflow flexibility across experiments.

4. What makes the Mini Dry Bath Incubator energy efficient for long-term use?

Mini Dry Bath Incubator consumes only 60W of power, which is significantly lower than traditional lab incubators or water baths. Its efficient design minimizes heat loss and optimizes internal heating performance. It does not rely on fans, pumps, or other high-energy components, reducing its operational power demand. Its natural cooling system further eliminates the need for external cooling accessories. The unit operates quietly and steadily, even during long runs, for overnight or extended applications. This energy-saving aspect is important in labs focused on sustainability or with limited power infrastructure. Over-temperature protection also prevents energy waste due to overheating. The low power profile supports reduced operational costs and longer device lifespan.

5. Can the Mini Dry Bath Incubator be integrated into automated workflows or instrument setups?

While the Mini Dry Bath Incubator is primarily a standalone unit, its small footprint and digital controls make it ideal for integration into semi-automated workflows. For example, in molecular biology labs, it can be paired with pipetting robots or used alongside automated liquid handling systems. Although it doesn’t feature direct data connectivity like or , labs often incorporate it into broader workflows through procedural synchronization. Its stable, repeatable performance ensures compatibility with time-bound or temperature-critical steps in multi-instrument protocols. It fits easily into compact lab setups, diagnostics stations, or biosafety cabinets. For researchers building modular setups, this incubator provides reliable heating without excessive space or power requirements. It's a flexible companion for process integration.

6. How is the Mini Dry Bath Incubator different from a thermomixer?

Mini Dry Bath Incubator is designed purely for heating samples without shaking or mixing, whereas a thermomixer combines heating with orbital shaking. If your application only requires consistent temperature incubation, like enzyme digestion, denaturation, or protein heating, the incubator is more cost-effective and space-efficient. Thermomixers are generally larger, more complex, and more expensive. The Dry Bath Incubator also heats up faster and is simpler to operate with fewer moving parts, meaning less maintenance. For labs that do not require agitation, it offers a quiet, stable alternative. It’s ideal when mixing isn’t essential but reliable heat is critical. It serves targeted, precise heating tasks with minimal overhead.