1. High-Efficiency Cleaning: Ultrasonic Cleaner are capable of cleaning a large quantity of items within a short period, thereby enhancing cleaning efficiency.
2. Deep Cleaning: Ultrasonic waves can permeate the minute crevices and holes of the items, eliminating dirt that is otherwise inaccessible.
3. Non-Contact Cleaning: During the cleaning process, direct contact with the items is not necessary, minimizing physical damage to them.
4. Environmental Friendliness and Energy Conservation: In contrast to traditional cleaning methods, Ultrasonic Cleaner typically consume less cleaning agents and water resources, being more environmentally friendly.
5. Simple Operation: A significant number of Ultrasonic Cleaner adopt automated control, facilitating simple operation and ease of use.
6. Versatility: They are applicable for the cleaning of various materials and items, including metals, glass, and plastics.
7. Outstanding Cleaning Effects: Ultrasonic Cleaner can attain high-standard cleaning quality and remove stubborn stains.
8. Low Maintenance Costs: Owing to their durability and reliability, the maintenance costs of Ultrasonic Cleaner are relatively low.
9. High Safety: During the cleaning process, operators do not need to have direct contact with chemical cleaning agents, reducing safety risks.

Working Environment Conditions:
1. Ambient Temperature: Generally, it should range from 10°C to 40°C to guarantee the normal operation of the equipment and the accuracy of temperature control.
2. Relative Humidity: The relative humidity of the working environment should not exceed 85% to avoid dampness, leakage or damage to the equipment caused by excessive humidity.
3. Placement Requirements: It should be placed on a level, flat, dry and anti-skid ground. The workbench should be set in a location with minimal vibration interference, and the workshop should be kept clean and dry.
4. Safety Distance: The equipment should not be placed close to heat sources. The instrument must not be used in areas with explosive hazards, and must not be used for an extended period in environments with high humidity or high dust.
5. Ventilation Conditions: Due to the grease coating on the surface of the glass fiber, white smoke and an unpleasant smell may occur during the first use. It should be placed in a well-ventilated area and can be used normally after the smoke and smell disappear within several minutes.
6. Grounding Requirements: This product must be grounded. When stored, it should be dry and not be exposed to moisture.

Precautions:
1. Container Selection: The heating container should be compatible with the electric heating mantle. The bottom of the container should be flat and neither too large nor too small. When using a glass container, direct contact between the container and the inner sleeve of the electric heating mantle should be avoided. Thermal insulation materials such as asbestos nets can be placed at the bottom.
2. Heating Operation: Heating should be carried out gradually to prevent container breakage or sample splashing due to sudden temperature rise. During the heating process, close attention should be paid to temperature changes to prevent damage to samples or equipment due to excessive temperature.
3. Stirring Operation: If the electric heating mantle is equipped with a stirring function, ensure that the stirrer can rotate freely after being placed in the container and avoid collision with the container wall or bottom. The stirring speed should be adjusted appropriately according to the experimental requirements and the nature of the sample.
4. Cleaning and Maintenance: Dirt and residues on the surface of the electric heating mantle should be cleaned promptly after use to keep the equipment clean. The heating elements and temperature control system of the electric heating mantle should be inspected regularly to ensure their normal operation.
5. Safety Protection: Appropriate protective equipment such as gloves and goggles should be worn during operation to avoid burns from high temperatures and corrosion from chemical reagents. When heating volatile, toxic or corrosive substances, the operation should be conducted in a fume hood and corresponding protective measures should be taken.