Featuring Frequency LEAP technology for consistent ultrasonic activity throughout the fluid, these baths deliver high performance with precise and accurate ultrasonic processes.
Temperature range: ambient +5ºC to 70ºC
Frequency LEAP technology ensures more uniform ultrasonic activity across the tank, minimizing dead spots and standing waves
Accurate control of time, temperature, ultrasonic activity, degas, and power
Modern, sleek design including a stainless steel basket, ABS plastic lid, M2 ultrasonic cleaning solution, SD card, and drain tap
Degassing function eliminates small bubbles from the liquid, shortening the overall time required for ultrasonic operation
Available in 4 different sizes
Adjustable power settings, reducing from 100% to 50% in 5% increments
Specifications
XUB5
XUB12
XUB18
XUB25
Dimensions (h x d x w)
266 x 235 x 345mm
365 x 330 x 342mm
365 x 385 x 375mm
365 x 385 x 546mm
Working capacity
4.5L
12.5L
17.5L
25L
Max capacity
5L
14L
18.5L
28L
Temperature range
Ambient +5 to 70°C
Ambient +5 to 70°C
Ambient +5 to 70°C
Ambient +5 to 70°C
Ultrasonic power
100W
200W
300W
400W
Ultrasonic power (per litre)
22.2W
16W
17W
16W
Operating frequency
32-38KHz
32-38KHz
32-38KHz
32-38KHz
Frequency LEAP
•
•
•
•
Heated
•
•
•
•
Digital LCD controls
•
•
•
•
SD port with SD card
•
•
•
•
Timer
0-99 minutes
0-99 minutes
0-99 minutes
0-99 minutes
Drain outlet BSP valve
3/8''
3/8''
3/8''
3/8''
Heater power - 230V
150W
300W
450W
650W
Heater power - 120V
125W
365W
480W
600W
Supply voltage
120 or 230V
120 or 230V
120 or 230V
120 or 230V
Weight
6.4kg
10.5kg
The XUB range of digitally controlled benchtop ultrasonic baths provides consistent and reliable performance across various environments.
Applications:
Healthcare/Clinical:
Ideal for the initial decontamination of reusable surgical instruments in dental, podiatry, and general practice settings.
General Use:
Effective for cleaning glass, equipment, and components, as well as sonication of cytometer nozzles, dispersion, and solubilization.
Laboratories:
Suitable for cleaning components, degassing fluids, mixing fluids and compounds, cell disruption, and fluid dissolution.