Digital Ultrasonic Cleaner LDUC-A22

The unit is equipped with digital temperature and time controls, offering precise settings for both parameters. The user can program specific cleaning cycles with countdown timers ranging from 1 to 99 minutes. Real-time temperature display ensures process transparency. Digital operation reduces the risk of manual error and improves reproducibility across cleaning tasks. These features make the LDUC-A22 suitable for both novice and experienced users.

The Digital Ultrasonic Cleaner LDUC-A22 is designed for intermittent operation with appropriate rest periods between cycles to prevent overheating. While it can handle multiple cleaning sessions per day, continuous operation for extended hours is not recommended without allowing cooldown intervals. The unit features efficient thermal insulation and a durable build to support moderate-duty use. For high-volume or industrial needs, larger-capacity models may be more suitable.

The cleaner has a heating power of 100 W, allowing the solution to warm efficiently within the set temperature range of 20 to 80°C. Heating time depends on ambient temperature and solution volume, but typically the device reaches setpoint within a few minutes. Faster heating supports time-sensitive applications like extraction or emulsification. Users should always ensure the liquid is present before activating the heater.

The Digital Ultrasonic Cleaner LDUC-A22 is shipped with packaging dimensions of 342 x 240 x 355 mm and a gross weight of 4.77 kg. Its compact size allows for easy transport, storage, and bench placement. The unit is securely packed to avoid damage during transit. These dimensions also make it suitable for distribution through standard courier or laboratory supply chains. Optional accessories are packed separately if included.

The Digital Ultrasonic Cleaner LDUC-A22 operates at an ultrasonic frequency of 39 ± 1.5 kHz, which is ideal for deep and uniform cleaning. This frequency allows for efficient removal of contaminants from surfaces and crevices without damaging delicate components. Consistent frequency performance enhances repeatability in both cleaning and laboratory pretreatment tasks. It is especially effective for items with complex geometries or fine details. The frequency is factory-calibrated for optimal operation.