Four E-s Scientific Mini Dry Bath Incubator Introduction

The Four E-s Scientific Mini Dry Bath Incubator is a compact and efficient laboratory device designed for precise temperature control, making it ideal for various applications in research and clinical settings. It accommodates up to 15 conical tubes, providing uniform heating with a temperature range of up to 100°C (212°F) and an accuracy of ±0.5°C. Its programmable features allow for customized settings, enhancing usability. The cost of this incubator is approximately $117.41.

Specifications

Features

The dry bath function mainly includes: temperature calibration, temperature setting, heating parameter preservation, heating parameter retrieval and other functions.

Product Description

The mini dry bath is a thermostatic metal bath device controlled by a microcomputer. The instrument can be configured with various modules and can be widely used for the preservation of various samples, the preservation and reaction of various enzymes, the denaturation of nucleic acids and proteins, and serum coagulation etc.

Operation Instructions

Temperature calibration
Note: The initial use of the machine must be calibrated once, otherwise problems such as the inability to save parameters under normal use may occur.

1. After power on, long press the encoder button > 3S, the system enters the calibration mode. At this time, the display only shows the temperature value and the clock value disappears, ensuring that the calibration mode is entered.
2. Press PRO key to select setting calibration point 40/60/80/100 (if the temperature value is not the specified value, adjust the encoder to the specified value), or you can directly adjust the encoder to the specified calibration point value without pressing the PRO key.
3. Add the high-boiling solution (greater than 100°, such as glycerin) to the upper BLOCK hole and immerse the standard thermometer probe in the BLOCK solution. Make sure that the probe is located in the hole in or near the geometric symmetry of the BLOCK.
4. Press the RUN/STOP key to start warming up and the system status goes to "HEATING" mode.
5. After waiting for the system to enter the "HOLDING" mode, wait for another 20 minutes. At this time, read the standard thermometer temperature value and press the RUN/STOP button while adjusting the encoder to the standard temperature value.
6. Long press the PRO key to save the calibration value.
7. Repeat steps b-f to complete the calibration of the remaining temperature points.
8. After the calibration is completed, re-power on.

Temperature setting

The temperature setting can only be performed without heating; press the encoder key once (short press), the temperature display bar flashes, then the encoder can be adjusted to the desired set temperature.

Scheduled time setting

The setting can only be done without heating; press the encoder key twice (short press), the clock display bar is flashing, then you can adjust the encoder to the desired setting time.

Heating parameter preservation

The system can save five sets of commonly used operating parameters, including temperature and time, for users to quickly call. In the stop state, press the PRO key (short press) to switch the program group (5 groups in total), select the program group you need to save, adjust the encoder can be changed to the value you need, then long press the PRO key, you can The current parameters are saved to the corresponding parameter group for later direct call.

Heating parameter retrieval

The saved heating parameters are retrieved via shortcuts. In the stop state, press the PRO key shortly to retrieve the saved parameters as the current operating parameters. You can also change the corresponding operating parameters you want by rotating the encoder.

Setup Guide

To operate the Four E's Scientific Mini Dry Bath Incubator, follow these steps:

1. Place the incubator on a stable and level surface.
2. Plug in the power cord and turn on the device.
3. Select the desired temperature using the digital controls and wait for the incubator to reach the set temperature.
4. Insert your samples into the appropriate heating blocks, ensuring they are securely positioned.
5. Monitor the temperature display to ensure it remains stable and within the desired range.

Troubleshooting

If you encounter any issues with your Four E's Scientific Mini Dry Bath Incubator, here are some common problems and solutions:

• Temperature Inaccuracy: Ensure that the incubator is placed on a stable surface and away from drafts. Check the heating blocks for any blockages or improper placement of tubes.
• Display Malfunction: Turn off the device, wait for a few minutes, and then turn it back on. If the issue persists, contact customer support.
• Heating Issues: Check the power cord and ensure it is properly connected. Also, verify that no foreign objects are obstructing the heating elements.

Instructions and Warnings: Always follow the manufacturer's instructions for operation and maintenance. Avoid touching the heating blocks as they can get very hot during operation.

Four E-s Scientific Mini Dry Bath Incubator Pros & Cons

Pros

• Compact Design: Ideal for small laboratories or benchtop use.
• Precise Temperature Control: Ensures accurate and stable temperatures for sensitive samples.
• Versatile Heating Blocks: Accommodates various tube sizes, enhancing its utility.
• User-Friendly Interface: Easy to set and monitor temperature settings.

Cons

• Limited Capacity: Designed for small-scale experiments only.
• No Advanced Features: Basic functionality; lacks advanced features like timer settings or remote control.
• Heat Distribution: Some users may experience minor variations in heat distribution across different blocks.

Customer Reviews

Customers have generally praised the Four E's Scientific Mini Dry Bath Incubator for its reliability and ease of use. Here are some common reviews:

• "This mini incubator has been a game-changer in our small lab. It's compact, easy to use, and maintains consistent temperatures." – Dr. Jane Smith
• "The multiple heating blocks are very useful for our varied experimental needs. Highly recommended!" – Researcher John Doe

Common complaints 

Include minor heat distribution issues and the lack of advanced features like timers or remote controls.