Mini Dry Bath Incubator LMDB-T2010

Introduction

Mini Dry Bath Incubator features a heated lid and optional cooling for sample protection. It features a heating rate of 6°C/min and cooling rate of 3°C/min for efficient temperature transitions. The screen offers visual control of time and temperature settings. A heated lid prevents condensation on tube caps, maintaining reliable sample integrity. Ideal for nucleic acid denaturation, protein treatment, and biological sample preservation in molecular 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

Our Mini Dry Bath Incubator is useful for rapid and uniform heating of biological samples. It is ideal for molecular biology workflows, nucleic acid denaturation, and protein preservation processes.

Specifications

Display
Temperature Setting Range	0 to 100 °C
Temperature Control Range	Room temperature +23 to 100 °C
Temperature Control Accuracy	±0.5 °C
Temperature Display Accuracy	±0.1 °C
Minimum Time for Heating (25 °C to 100 °C)	Less than or equal to 20 min
Minimum Time for Cooling (20 °C to 0 °C)	Less than or equal to 25 min
Max. Heating Rate	6 °C/min
Max. Cooling Rate	3 °C/min
Time Setting Range	0.999 min to 9999 sec
Program Memory	9 (2 steps for each)
Temperature Self-Calibration	Support
Error Code Display	Support
Operating Temperature	4 to 40 °C
Operating Humidity	Upto 90 % RH
Voltage, Frequency	100 to 240 V, 50/60 Hz or DC12V
Power	60 W
Dimensions (W×D×H)	110 × 162 × 140 mm
Weight	2 kg

Features

Digital temperature control

Built-in recalibration support

Overheat protection system

Optional cooling function

Interchangeable tube blocks

Heated anti-condensation lid

FAQs

1. Is the Mini Dry Bath Incubator easy to operate for technicians with minimal training?

The Mini Dry Bath Incubator is designed for ease of use in fast-paced lab settings. It features a clear interface and intuitive controls that make temperature and time adjustments straightforward. model allows plug-and-use functionality, reducing setup time significantly. Even users with limited experience can quickly learn to operate it safely. This makes it ideal for teaching labs or shared research spaces.

2. Can the Mini Dry Bath Incubator be powered outside of standard lab settings?

Yes, the Mini Dry Bath Incubator can operate using an automobile power adapter. This makes it suitable for mobile labs, field diagnostics, or on-site testing. model gives flexibility where access to standard outlets is limited. It supports rapid setup in varying environments without performance compromise. That’s particularly useful in clinical outreach or emergency response scenarios.

3. What safety features are built into the Mini Dry Bath Incubator ?

Mini Dry Bath Incubator includes overheat protection to prevent equipment damage or sample degradation. Its temperature control system is stable and reliable across extended use. unit also offers built-in user recalibration for consistent performance over time. These features ensure both operator and sample safety. It meets professional lab safety standards.

4. How versatile is the Mini Dry Bath Incubator in terms of tube compatibility?

Mini Dry Bath Incubator supports interchangeable heating blocks to fit a range of microtube sizes. This allows users to process various sample types without needing different instruments. Whether handling 0.5 mL or 2 mL tubes, the system can be adapted accordingly. That flexibility makes it practical for labs with diverse workflows. It’s especially useful in research and diagnostic labs.

5. What types of applications can the Mini Dry Bath Incubator support in a molecular lab?

The Mini Dry Bath Incubator is well-suited for workflows requiring stable and uniform sample heating. It is commonly used for nucleic acid denaturation, enzyme reactions, and protein sample warming. This model helps maintain accurate conditions for sensitive biological materials. The heated lid also reduces condensation, which is especially important when working with small volume tubes. This improves experimental reliability and minimizes sample loss.