1. The intelligent PID system and high-quality servo motors are adopted. The control speed is precise, the performance at high and low speeds is excellent, the stability is strong, and it is durable.
2. It possesses functions such as deviation correction, menu key locking, power outage compensation, power outage memory, and adjustable PID.
3. Safety protection devices like over-temperature alarm, short circuit protection, overheating protection, and audible-visual alarm are available.
4. It is fabricated with high-quality steel plates and the cavity components are made of stainless steel, which is not prone to rust.
5. The large-screen backlit liquid crystal display is equipped, providing better visual effects.
6. Custom fixture combinations (triangle flask fixtures ranging from 25ml to 5000ml) upon demand are supported.

Precautions:
1. Equipment Inspection: Regular maintenance checks should be conducted on the oscillating incubator, encompassing fuses, control components, fastening screws, etc. It is essential to ensure that no water droplets or contaminants fall onto the motor and control elements.
2. Lubrication Maintenance: The bearings in the transmission section, during continuous operation, should be greased every six months. The filling volume should approximately occupy one-third of the bearing space to guarantee the normal operation of the equipment.
3. Placement Position: Position the oscillating incubator on a stable and well-ventilated countertop, evading direct sunlight and humid environments. Ensure the circulation of air to maintain uniform temperature within the chamber.
4. Sample Placement: When placing samples, it is necessary to ensure the load on the tray is evenly distributed to avoid equipment damage or instability caused by uneven weight.
5. Temperature Control: Set the appropriate temperature based on the experimental requirements. Excessively high or low temperatures may impact sample growth.
6. Oscillation Speed: Adjust the oscillation speed in accordance with the sample needs. Either overly fast or slow oscillation speeds may influence the experimental outcomes.
7. Emergency Handling: Comprehend and master the possible malfunctions of the equipment and their emergency handling methods, such as overheating and power outages.
8. Avoid Overloading: Do not exceed the maximum capacity of the oscillating incubator to prevent adverse effects on the oscillation effect and the equipment's service life.
9. Power Requirements: Ensure the equipment is connected to a power source with the correct voltage and frequency. Unstable voltage or frequency mismatch may cause equipment damage.
10. Long-Term Non-Use: If the incubator is not in use for an extended period, unplug the power cord and operate it under normal operating conditions for 2-3 days typically every quarter to expel moisture from the electrical components and prevent damage to relevant devices.
11. Cleaning and Disinfection: Regularly clean both the interior and exterior of the incubator, including the cabinet, glass observation window, and workbench, to prevent the accumulation of dust and dirt.
12. Safe Operation: During the use of the incubator, it is strictly prohibited to insert fingers into the gap of the up-and-down movement to prevent injuries.