Dry Bath Incubator LDBI-T2012

Introduction

Dry Bath Incubator features a precise temperature control range from R.T. +5 °C to 150°C, ideal for various critical lab protocols. It offers touch-sensitive controls with smooth sliding operation for easy and modern interaction. The unit provides uniform heating, ensuring consistent temperature distribution for efficient experiments. Our Dry Bath Incubator is ideal for amplification, sample incubation, enzyme reactions, and pre-denaturation steps.

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

Dry Bath Incubator is a microprocessor-controlled device designed for precise temperature incubation. It is widely used in molecular biology, clinical diagnostics, and research labs for amplification, enzyme reactions, and sample preparation.

Specifications

Temperature Control Range	R.T.+5℃ to 150℃
Temperature Setting Range	5℃ to 150℃
Time Range	1min to 99h59m
Block Temperature Stability at 40 to 100℃	±0.5℃
Block Temperature Stability at >100℃	±1℃
Block Temperature Uniformity at 40℃	±0.3℃
Block Temperature Uniformity at >40℃	±0.5℃
Temperature Display Accuracy	0.1℃
Heating Speed	Less than or equal to 15min (20℃ to 150℃)
Sample Capacity	2 standard blocks
Fuse	250V，3A/6A，Ф5×20
Power Consumption	400W
Power Supply	AC 220V/AC 110V 50Hz/60Hz
Net Dimensions (W×D×H)	285 × 225 × 95 mm
Gross Dimensions (W×D×H)	52 × 32 × 21 cm
Net Weight	2.64 kg
Gross Weight	5.3 kg

Features

Over-temperature protection device

Fault detection system

Mute buzzer option

Microcomputer-controlled system

Adjustable timer settings

FAQs

1. How does the Dry Bath Incubator improve sample integrity during extended incubations?

The Dry Bath Incubator helps preserve sample quality through its stable temperature control and even heat distribution across metal blocks. During long incubations, the risk of degradation or variation increases, especially in enzyme reactions or protein processing. The unit minimizes thermal drift with built-in regulation and ensures every sample is uniformly heated. Its enclosed dry-block design prevents contamination from moisture or spills, unlike water baths. The consistency reduces variability across replicates. This is especially beneficial for sensitive protocols like incubation or long-duration hybridizations.

2. What makes the Dry Bath Incubator suitable for educational and training labs?

Dry Bath Incubator is an excellent tool for academic settings due to its ease of use, safety features, and clear visual interface. Students and trainees benefit from the intuitive controls and digital display, which help them understand temperature programming concepts. The built-in safety alarms and over-temperature protection ensure secure use by inexperienced users. Since it doesn’t require water, it minimizes mess and maintenance in busy classroom environments. The device's compact design fits well in small teaching labs. It also allows instructors to demonstrate sample incubation, denaturation, or thermal reactions hands-on.

3. Can the Dry Bath Incubator be integrated into automated lab workflows?

While the Dry Bath Incubator is primarily a standalone unit, its programmable temperature and time settings support partial integration into semi-automated workflows. Labs performing repetitive protocols can pre-set parameters and allow the unit to run independently, freeing up staff for other tasks. The memory retention of settings after power-off adds convenience for routine processing. It can be paired with automated pipetting systems or robotic arms for batch operations. Though it lacks direct software connectivity, its predictability and consistent performance make it automation-friendly for basic workflows.

4. How does the Dry Bath Incubator support contamination control in clinical diagnostics?

Dry Bath Incubator is designed with contamination prevention in mind, making it suitable for clinical and diagnostic environments. Its dry heating system eliminates the need for water, removing a major contamination risk. The smooth, metal block surface is easy to clean and disinfect between runs. Its enclosed heating chambers minimize exposure of samples to external conditions. By using individual blocks for specific tests, cross-contamination can be further avoided. The unit's design also discourages aerosol generation, critical when working with sensitive or infectious biological materials.

5. What advantages does the Dry Bath Incubator offer for sample preparation?

Dry Bath Incubator is highly beneficial for setup and sample preparation steps. It maintains stable temperatures required for reagent pre-warming, enzyme activation, and denaturation before thermocycling. The metal blocks ensure that all tubes reach the target temperature simultaneously, avoiding performance inconsistencies. The rapid heat-up time supports fast sample processing in high-throughput labs. Since the buzzer can be silenced, it allows quiet operation during sensitive stages. Additionally, programmable temperature holding functions assist in workflows that require staged pre-processing. This makes it a trusted tool in sample workflows.

6. How is the Dry Bath Incubator useful in environmental testing labs?

In environmental testing, consistent temperature incubation is often required for processes like digestion, extraction, or sample preservation. The Dry Bath Incubator provides the stable conditions necessary for protocols involving soil, water, or air particle samples. Its adjustable blocks accommodate different tube sizes used in environmental monitoring. The unit’s portability makes it suitable for remote or field station setups. Since it operates without water, it’s ideal in settings where cleanliness is crucial. With programmable modes, labs can run timed protocols unattended. Its rugged design and reliability support the demanding needs of environmental laboratories.