SONOREX CNp 25-1 high-performance ultrasonic bath with pulsed vacuum
With the SONOREX CNp 25-1, BANDELIN has created the next evolutionary stage of two cleaning processes that have proven themselves millions of times over, combining gentle surface cleaning using ultrasound with the residue-free rinsing of pulsed vacuum (CNp) - and this in the first and second generation.
the only compact CNp cleaning device.
This process can be used to produce a wide variety of complex designs, such as drill holes, blind holes, 3D printed parts, hoses or medical devices.
Clean instruments with high intensity and speed. At the same time, the process is gentle on the material and suitable for most
Materials suitable.
Simple set up
Compressed air and waste water connection connect the mains plug (three-phase current) plug in, ready for operation
Low volume
The closed construction provides for a noticeably reduced noise development compared to open ultrasonic cleaning devices
Digital control unit
Ergonomically designed user interface, hygienic touchscreen operation
Safe and defined operation
Automatic temperature control, Time programme and fill level monitoring
Maintenance-free
Ultrasonic system, vacuum pump and control unit are maintenance-free
Energy-saving
Also for low cleaning volume
Accessories
For optimally coordinated ultrasonic cleaning, matching baskets, lids and cleaning and disinfection concentrates are available as accessories
Modern touch screen
A split display shows the temperature and remaining programme time of each tub separately. The quick access buttons Start and Stop are used to activate the tubs either separately or synchronised. The bath fluid is drained at the touch of a button for easy replacement.
Once the password has been entered, freely definable process values such as bath temperature and runtime can be configured. In addition, the vacuum, ultrasound and heating can be switched off for certain cleaning processes if required.
Lid with sight glass
A convenient hinged lid with gas pressure spring supports gentle opening and closing. The built-in sight glass allows direct monitoring of the process during set-up. The stable design of the support arm is designed to withstand the stresses of cyclical vacuum and offers high durability. Due to its own weight, the lid achieves an initial tightness that increases after the vacuum starts. This ensures safe and simple operation.
Level sensor
During operation, the bath continuously evaporates. A capacitive fill level sensor checks that the fill level in the cleaning tray is sufficient. If the level falls below the minimum level, the process is interrupted, the heating is deactivated and a warning is issued.
Tubs
Rubberised castor feet
The robust, lockable castor feet with a diameter of 10 cm make it easy to transport the appliance to the installation site. At the same time, they ensure a secure stand on a wide variety of floors.
Ultrasound cleaning
Powerful, piezoelectric oscillating systems are supplied with high-frequency voltage by an ultrasound generator. The oscillation generated is transferred to an aqueous solution where it causes the finest cavitation bubbles to form and implode. By means of ultrasonic cleaning, adhering soiling is effectively loosened from the object to be cleaned and gentle cleaning is ensured.
Cavitation
Ultrasound creates an intensive pressure-pull change in the water, resulting in very fine cavitation bubbles that grow over several cycles and then implode intensively. The resulting high shear forces and micro-jets of the implosions blast off all adhering impurities from the surface in a short time.
Vacuum cleaning
In an aqueous solution, the static pressure is reduced and boiling bubbles are generated. These form even in capillary structures. Due to the spatial expansion of the clearly visible bubbles, the liquid is displaced from the finest cavities and the dirt particles dissolved in them are effectively discharged. When the bubbles implode, unused cleaning liquid is flushed into the cavities. Even capillaries that were previously difficult to wet are reached by the cleaning solution with this process and washed out without residue in the subsequent CNp rinsing process.
Boiling bubble effect
By lowering the static pressure in the liquid, the boiling point of the water shifts to a lower temperature. The water in the tub already starts to boil at a temperature range of 50 - 60°C and finest vapour bubbles form on solid surfaces. When the pressure is increased again, the steam bubbles implode.
Influencing factors for an optimal cleaning result
For the cleaning of a wide variety of components made of a wide variety of materials with complex surface structures, five mutually influencing factors are essentially decisive:
Ultrasound
In liquids, ultrasound creates the finest cavitation bubbles, which immediately implode again (cavitation). The resulting forces cause an intensive and gentle detachment of the dirt particles from the cleaning object.
Time
The combined use of chemistry and ultrasound reduces the cleaning time by cleaning time by up to 90 % compared to other methods. Depending on the contamination, it is a few seconds to a few minutes.
Pulsed vacuum
The combined use of pulsed vacuum and ultrasound enables the flushing of complex components that could not be achieved with previous methods.
Temperature
Many cleaning preparations only develop their full effect at higher bath temperatures. The cleaning fluid is precisely tempered by the unit heater.
Cleaning preparations
A coordinated cleaning concentrate promotes cavitation, reduces the surface tension of the water, dissolves and binds dirt particles. Depending on the type of soiling, different cleaning preparations are used.
All information in the
Product flyer
