XUB DIGITAL ULTRASONIC BATH

XUB range of digitally controlled bench top ultrasonic baths offer consistent and reliable performance in a variety of environments such as laboratory, scientific and healthcare. Incorporating Frequent LEAP technology to ensure uniform levels of ultrasonic activity throughout the fluid, these baths offer vastly improved performance giving more accurate and precise ultrasonic process.

Description

Features & Capabilities

The XUB Digital Ultrasonic Bath from Moncon delivers superior cleaning performance thanks to Frequent LEAP technology, which ensures uniform acoustic activity throughout the fluid to eliminate dead zones and standing waves. With full digital control over time, temperature, ultrasonic power, degas cycles, and validation via SD-card, this bath is ideal for precise, repeatable processes in laboratory, pathology, research, and industrial contexts. The sturdy construction with stainless steel basket, ABS lid, and integrated drain tap make maintenance easy, while the aesthetic design suits benchtop use.

Technical Specifications

Specification Detail
Ultrasonic Frequency XX kHz (fill)
Ultrasonic Power XX W (fill)
Heating Range Ambient + 5 °C to 70 °C
Timer Range 0-XX minutes (fill)
Tank Volume Options List of 5 sizes: e.g. 3 L / 6 L / 10 L / 16 L / 22 L (fill)
Tank Dimensions (Int./Ext.) Length × Width × Depth for each size (fill)
Materials Stainless Steel tank, ABS lid, etc.
Power Requirements Voltage, frequency, power draw in W (fill)
Extras SD-card slot, drain tap, basket, cleaning solution M2 etc.

Applications & Use Cases

The XUB Digital Ultrasonic Bath is highly versatile. Common applications include:

  • Cleaning laboratory glassware, instruments, and precision surgical tools
  • Pathology & clinical sample preparation
  • Cleaning delicate electronics, optics, jewellery, contacts
  • Food & beverage processing, cosmetic lab components
  • Environmental & water testing, agriculture labs
  • Because of its degas cycle and accurate temperature control, it works well for processes like emulsification, sample preparation, and removing contaminants from hard-to-reach surfaces.

How Ultrasonic Cleaning Works

Ultrasonic cleaning uses high-frequency sound waves (typically in the 35-45 kHz range) to produce microscopic bubbles in a liquid. These bubbles implode (cavitation), producing tiny shock waves that lift off dirt, grease, and contaminants—even from crevices. Adding heat improves performance; degassing removes dissolved gases for more effective cleaning. With XUB’s digital control panel, you can adjust all these parameters to suit your specific cleaning job.

Accessories & Included Items

With every XUB Ultrasonic Bath you get:

  • Stainless steel basket
  • ABS plastic lid
  • Drain tap
  • M2 ultrasonic cleaning solution (if included)
  • Instruction manual & safety guidelines

Additional optional accessories may include: extra baskets, stand, replacement lid, etc.

Size Options & Comparison

Size Tank Volume Power Dimensions Weight
Small e.g. 3 L xx W dimensions kg
Medium e.g. 10 L xx W dimensions kg
Large e.g. 22 L xx W dimensions kg
etc.

This lets you choose the model that fits your lab bench space, throughput, and cleaning workload.

Warranty, Support & Compliance

  • Warranty: X years (e.g. 1 or 2 years) parts & labour (fill)
  • Calibration / validation documentation via SD-card
  • Compliance with safety / lab / electrical standards (if relevant: e.g. ISO, CE, RoHS etc.)
  • After-sales support via Moncon’s Technical Support division

FAQ

Q: What frequency is best for delicate items like jewellery or optics?
A: Lower frequencies (e.g. ~35 kHz) tend to be more aggressive; higher frequencies (>40-45 kHz) are finer, better for delicate materials. The XUB’s settings allow you to adjust power to avoid damage.

Q: Can it heat to over 70 °C?
A: Maximum is 70 °C to avoid damage; raise temperature gradually and follow safety instructions.

Q: What cleaning solution should I use?
A: Use non-abrasive, ultrasonic-safe cleaning solutions. Avoid strong acids / solvents unless specified.

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