Heated Lid Dry Bath Incubator LHDI-T2013

Introduction

Heated features a block temperature setting range of 0°C to 100°C for accurate thermal control. Integrated fan cooling system aids in efficient thermal management post-heating. It offers effortless program management, allowing easy editing of temperature steps and cycles during operation. Our Dry Bath Incubator is designed for precise temperature control in molecular biology, clinical diagnostics, and biochemical laboratories.

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

Heated Lid Dry Bath Incubator provides accurate temperature control for various laboratory procedures. It is commonly used in molecular biology, diagnostics, and research labs for applications such as , , and sample denaturation.

Specifications

Block Temperature Setting Range	0℃ to 100℃
Block Temperature Control Range	(R.T. +5℃) to 100℃
Hot Lid Temperature Setting Range	0 to 105℃ / Block+(0 to 105℃)
Hot Lid Temperature Control Range	R.T.+5℃ to 105℃
Time Range	1s to 99m59S / 0 is infinite
Maximum Number of Steps	10
Maximum Number of Cycles	99
Block Temperature Control Accuracy	±0.5℃
Hot Lid Temperature Accuracy	±1.0℃
Block Temperature Uniformity	±0.5℃
Display Accuracy	0.1℃
Heating Time (R.T.25℃)	37℃ to 100℃ greater than or equal to 7℃/min
Cooling Time	Fan cooling
Dimensions (W×D×H)	185 × 280 × 160 mm
Weight	2.7 kg

Features

temperature control system

Independent lid temperature settings

Real-time curve display

Energy-efficient semiconductor technology

Supports infinite time setting

FAQs

1. How does the Heated Lid Dry Bath Incubator ensure temperature uniformity across all samples?

The Heated Lid Dry Bath Incubator ensures temperature uniformity with a block temperature uniformity of ±0.5°C, making it ideal for experiments requiring consistent thermal conditions across multiple tubes. This level of uniformity minimizes variation in reaction outcomes and ensures reliable results. The device’s design enables even heat distribution throughout the block. The heated lid further supports uniformity by preventing heat loss from the top. Together, these features help maintain identical conditions for all samples. This is especially useful in sensitive applications like nucleic acid amplification or enzymatic reactions. With consistent performance, the Dry Bath Incubator helps standardize protocols across labs. It’s a reliable choice for high-accuracy thermal workflows.

2. What display and control interface does the Heated Lid Dry Bath Incubator feature for user operation?

Heated Lid Dry Bath Incubator features a 5-inch full-color touchscreen interface, offering intuitive navigation and real-time visual feedback. Users can quickly set or modify temperature profiles, view operational status, and track live temperature curves. The touch interface reduces the need for external controls and simplifies programming. Visual feedback during operation increases confidence and reduces errors. This type of user interface is especially helpful in fast-paced or multi-user labs. It allows quick training for new staff and easy adjustments during ongoing protocols. The display's clarity and responsiveness support seamless interaction. It enhances the overall usability of the incubator.

3. What makes the Heated Lid Dry Bath Incubator suitable for use in resource-limited or compact lab setups?

Heated Lid Dry Bath Incubator is compact (185 × 280 × 160 mm) and lightweight (2.7 kg), making it ideal for resource-limited, field-based, or small lab environments. Despite its size, it delivers full-featured performance with programmable thermal profiles, high precision, and heated lid functionality. It requires no water bath or external compressor, as it uses semiconductor-based heating and cooling. The unit’s small footprint allows it to fit into crowded lab benches or portable diagnostic setups. Its quiet operation also suits shared lab environments. For mobile labs or decentralized testing, the Dry Bath Incubator is a space-saving yet powerful thermal tool. It’s designed for both convenience and performance.

4. Can the Heated Lid Dry Bath Incubator handle continuous operation for long-duration experiments?

Yes, the Heated Lid Dry Bath Incubator supports continuous operation when the timer is set to 0, making it suitable for long-duration experiments or overnight protocols. This is useful in processes like extended incubations, isothermal amplification, or slow enzymatic reactions. The temperature remains stable throughout prolonged use, thanks to its control and fan-based cooling system. The device can maintain consistent heating without risk of thermal drift or shutdown. Its safety features ensure protection from overheating during long operations. The heated lid also continues to prevent condensation throughout the extended run. This makes the Dry Bath Incubator dependable for long-term workflows.

5. How does the Heated Lid Dry Bath Incubator benefit sample integrity during temperature cycling?

Heated Lid Dry Bath Incubator protects sample integrity by delivering consistent block and lid temperatures, minimizing evaporation and preventing condensation. The heated lid ensures that samples remain at stable volumes, which is crucial when working with low-volume reactions like or . The temperature accuracy of ±0.5°C and the ability to program steps and cycles help maintain optimal reaction conditions. Sudden temperature changes or fluctuations are minimized through control, reducing the chance of reaction failure. This makes it suitable for sensitive biochemical or diagnostic applications. The result is more accurate and reproducible outcomes. Dry Bath Incubator ensures that every cycle supports sample quality.

6. What heating and cooling performance can be expected from the Heated Lid Dry Bath Incubator ?

Heated Lid Dry Bath Incubator delivers a fast heating rate of 7°C per minute (from 37°C to 100°C), making it ideal for rapid thermal protocols. It uses semiconductor-based technology for efficient heat generation and fan-assisted cooling for stable recovery post-heating. While the heating performance is rapid, the built-in cooling system ensures safe and controlled cooldowns. This dual-speed capability is useful for experiments that require swift transitions between different thermal stages. The performance enables high throughput without sacrificing accuracy. The temperature responsiveness saves time in daily lab operations.