Dry Bath Incubator LDBI-T2016

Introduction

Dry Bath Incubator features a temperature control range from 5°C to 120°C for versatile lab applications. The buzzer alarm function notifies at the end or in the event of errors, ensuring attentive handling of time-sensitive procedures. It offers temperature calibration for precise adjustments, ensuring compliance with strict quality standards. Our Dry Bath Incubator provides precise sample heating, ideal for research, clinical, and industrial 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

Dry Bath Incubator provides accurate dry heating for sample incubation and preparation. It is widely used in research, clinical, pharmaceutical, and industrial environments.

Specifications

Temperature Control Range	R.T.+5℃ to 120℃
Temperature Setting Range	5℃ to 120℃
Time Range	1min to 99h59m
Temperature Stability at 40 to 100℃	±0.5℃
Temperature Stability at >100℃	±1℃
Block Temperature Uniformity at 40℃	±0.3℃
Block Temperature Uniformity at >100℃	±0.5℃
Temperature Display Accuracy	0.1℃
Heating Speed	Less than or equal to 30min (20℃ to 120℃)
Sample Capacity	4 standard blocks
Fuse	250V，5A/10A，Ф5×20
Power Consumption	600W
Power Supply	AC 220V/AC 110V, 50Hz/60Hz
Dimensions (W×D×H)	220 × 360 × 95 mm
Weight	4.7 kg

Features

Over-temperature protection mechanism

Supports continuous run mode

Built-in safety protection

Stable performance under load

Quick heat-up time

FAQs

1. Can the Dry Bath Incubator be used for sample concentration or evaporation protocols?

Yes, the Dry Bath Incubator can assist in low-volume sample concentration where controlled heat is required without introducing external moisture. Though it is not a replacement for vacuum concentrators or evaporators, it helps speed up evaporation in capped or partially open tubes during pre-treatment. The dry heating block provides even thermal distribution, preventing hotspots that may damage sensitive compounds. It’s especially useful in workflows involving solvent reduction under mild heat. However, it should not be used for volatile or flammable solvents without containment. The precise temperature setting minimizes the risk of sample loss due to overheating. It’s a convenient tool for labs working with limited sample volumes.

2. How does the Dry Bath Incubator support multi-user or high-throughput environments?

The Dry Bath Incubator is ideal for high-throughput or shared lab settings due to its consistent performance and ease of operation. With interchangeable blocks, multiple users can quickly switch between their own pre-configured setups. It supports up to four standard blocks simultaneously, allowing parallel sample runs. The intuitive digital control panel simplifies handover between users. It maintains a stable environment even with frequent block changes. This flexibility helps reduce downtime between experiments. In busy academic or clinical labs, the Dry Bath Incubator ensures smooth operation across multiple protocols. It’s designed to meet the needs of collaborative research environments.

3. Does the Dry Bath Incubator support low-temperature incubation needs?

While the Dry Bath Incubator starts heating from 5°C, it cannot cool below room temperature. However, for incubation processes that require mild heating above ambient conditions, such as enzyme activation or sample thawing, it performs efficiently. The temperature starts at room temperature plus 5°C, making it suitable for reactions that are sensitive to high heat but still require controlled elevation. For applications needing sub-ambient incubation, an external cooling device or refrigerated unit would be necessary. The device’s strength lies in its stable dry heating and uniform temperature distribution. The Dry Bath Incubator is excellent for reactions requiring gentle, precise heat application.

4. How does the Dry Bath Incubator handle condensation during prolonged heating?

Since our Dry Bath Incubator uses dry heat instead of a water medium, it significantly reduces the chances of condensation. However, when heating capped tubes or running long-term incubations, internal condensation within tubes may still occur. This is more likely with high-humidity samples or high-temperature settings. To manage this, many users opt for using tubes with tight-sealing caps or parafilm wraps. The consistent heating of the block minimizes temperature fluctuations that typically lead to condensation. Unlike water baths, there is no external humidity or liquid to affect nearby equipment. The dry block ensures a clean and controlled heating environment throughout the process.

5. Is the Dry Bath Incubator suitable for teaching or academic laboratories?

Absolutely, the Dry Bath Incubator is an excellent fit for teaching environments. Its simple interface and visual display make it easy for students to learn thermal incubation principles. It supports a wide range of protocols commonly performed in educational labs, including extraction, enzyme testing, and sample heating. Its safety features, such as over-temperature protection and fault detection, minimize risks in classrooms. The device’s quiet, energy-efficient operation makes it ideal for shared learning spaces. Additionally, the modular design allows multiple students to run experiments simultaneously. For practical laboratory training, the Dry Bath Incubator combines reliability with user-friendly design.

6. Can the Dry Bath Incubator be used for veterinary or agricultural testing labs?

Yes, the Dry Bath Incubator is highly applicable in veterinary diagnostics and agricultural labs. It is commonly used for sample preparation in pathogen detection, blood serum testing, and plant tissue processing. Its rapid and stable heating makes it ideal for warming reagents or performing molecular testing steps like amplification preparation. The compact footprint fits easily in rural or mobile lab setups where space is limited. For field veterinary use, its dry heat eliminates the challenges associated with transporting water-based systems. The Dry Bath Incubator supports reliable performance in environments beyond traditional medical and research labs.