Mini Dry Bath Incubator LMDB-A22

The Mini Dry Bath Incubator LMDB-A22 features a temperature setting range from -10 to 100 degree C, allowing for both cooling and heating applications. This makes it ideal for a wide range of procedures such as enzyme reactions, nucleic acid denaturation, and sample preservation. Its dual-function temperature control suits molecular biology, clinical diagnostics, and biochemical labs. With this broad range, users can perform cold incubation and high-temperature assays in one compact device. The temperature precision ensures experimental reproducibility. This versatility eliminates the need for separate devices. It supports both research and routine testing labs. Ideal for labs that demand space efficiency and multifunctionality.

Our Mini Dry Bath Incubator LMDB-A22 heats from 20 to 100 degree C in 15 minutes or less and cools 20 below room temperature in under 30 minutes. This rapid temperature adjustment is essential for time-sensitive assays and workflows where consistency and timing impact results. It helps labs improve productivity without compromising data quality. Fast transitions between heating and cooling also allow for more experiments per day. This is particularly useful in clinical labs, PCR preparation, or enzyme incubation steps. The unit is engineered to maintain performance across multiple cycles. Rapid recovery time also ensures less downtime. It's a reliable solution for dynamic lab environments.

Labtron’s Mini Dry Bath Incubator LMDB-A22 supports a wide range of block types, allowing compatibility with microcentrifuge tubes, PCR tubes, cryovials, and other standard lab containers. Users can choose interchangeable blocks based on their specific tube size and format. This flexibility supports applications such as nucleic acid preparation, serum inactivation, and sample lysis. Each block is made from aluminum for optimal thermal conductivity. Blocks are easy to clean and disinfect, promoting a contamination-free workspace. The unit allows quick block replacement without tools. This design makes it ideal for labs with multiple workflows. It’s especially suited for multi-user lab settings.

Our Mini Dry Bath Incubator LMDB-A22 maintains a temperature stability of ±0.5 degree C at high temperatures and uniformity of ±0.3 degree C across the block. Such precision is critical for applications requiring tight thermal control, such as enzyme activation or PCR preheating. Its microprocessor-based control system continuously monitors and adjusts temperature to reduce fluctuations. The uniform heat distribution prevents edge-effect variations in sensitive assays. Real-time digital display shows both current and set values, ensuring transparent monitoring. The calibration function allows fine-tuning for even greater accuracy. Reliable thermal performance supports consistent results. It enhances repeatability in both research and clinical workflows.

The Mini Dry Bath Incubator LMDB-A22 is designed with multiple safety features, including built-in over-temperature protection and an automatic fault detection system with buzzer alarm. These features alert users in case of abnormal operation or overheating, protecting both the device and the samples. The unit also operates on a safe, low-voltage DC 24V adapter, reducing electrical hazards. Its compact structure prevents overheating of nearby equipment. Safety systems are active even during long incubation runs. The housing remains cool to the touch during use. These built-in protections offer peace of mind for unattended or overnight use. It’s engineered for safe and reliable lab operation.

Yes, the Mini Dry Bath Incubator LMDB-A22 is an excellent choice for mobile or field laboratory use due to its lightweight (1.4 kg), compact size, and 24V DC power input. Its portable design enables easy transport and setup in remote locations or temporary lab environments. Ideal for point-of-care testing, environmental sampling, or mobile diagnostic units, it provides reliable thermal control on the go. The compact footprint conserves space in small lab stations. It delivers lab-quality performance without bulky infrastructure. Minimal setup and a simple interface allow rapid deployment. It supports temperature-sensitive work even outside traditional lab facilities.