Features
Constructed with carefully selected, high-quality materials that are thoroughly inspected by quality experts to ensure that the machines are of the highest possible quality.
Ideal for industrial & commercial application and can suit the needs of clients.
Simple to use and comes with self-explanatory symbols.
Precision-engineered, dimensionally exact, and built to last, made from the highest quality raw materials and are created in accordance with industry standards- MOSFET/ IGBT & the latest microcontroller based technology.
Auto tuning with overload protection arrangement. Imported transducers are used in our Ultrasonic Cleaner (Ultrasonic bath).
Digital tuning & Thermodynamic design to ensure the long life of the generator.
Product Details
The steriliser works on the basis that saturated steam at high temperatures has a rapid and thorough bacterial activity. All models work on the idea of downward air displacement, which is the most cost-effective form of sterilising.
Construction
Triple walled steam jacket, with leak-proof argon welding, the inner chamber and steam jacket are composed of stainless steel. Lid S.S. is used to make this item. Ground levelling flanges are screwed to the autoclave, which is fixed on a tubular steel frame.
Pressure Control
All electrically operated sterilisers include a pressure control device. It saves energy by reducing the number of times the steam release valve is opened and preventing steam from entering the room.
Operating Pressure & Temperature
120° C sterilising temperature. 1.2 to 1.5 Kg/cm2 sterilising pressure (15 psi-20 psi).
Power: Suitable for use with a 440V, 3 phase, 50 Hz AC supply.
- Equipped with Self-explanatory symbols
- Smooth system operation with exceptional finish
- Compact size and Light in weight
- Auto-tuning solid-state circuit with great efficiency
- Available in different sizes with removable tray/basket and motor circuit for component cleaning.
- Successful in removing foreign particles from components like brass
- Cleaning process becomes fast and boost productivity.
Ultrasonic cleaners function by cavitating a fluid solution with high frequency sound waves, commonly pitched around 18 kHz. They are more efficient and environmentally friendly than traditional methods. Because ultrasonic cleaning isn’t always effective on its own, it’s occasionally used in conjunction with aqueous cleaning solutions. In either case, sound waves vibrate the fluid, causing cavitation and the formation of small bubbles. Cavitation causes tiny bubbles to form, which then erupt, eliminating particles from previously unreachable locations (ex. hidden parts, areas too narrow, grooves, etc.). This works because the explosion mimics a very precise and consistent cleaning operation.
All ultrasonic equipment, regardless of kind, is powered by three fundamental components: a transducer, a generator, and an immersion tank. The cleaner’s work begins with the transducer, which turns electricity into high-frequency sound waves to create cavitation, or bubble production, and is powered by the generator. As a technique of introducing sound waves, it can either be mounted to the tank or lowered into the fluid. An immersible transducer is a transducer that can be dropped straight into liquids. An ultrasonic conductive fluid, most often a hot cleaning solution, a water-based cleaning solution, or an evaporated and condensed solvent, is contained in the ultrasonic tank. The cleaning action is eventually performed by an agitated mixture of the fluid and the generated bubbles.
Model | Power | Capacity (Liters) | Tank Dimension (LxWxH) |
|---|---|---|---|
STF Ortho | 500 W | 17 liter | 450 X 250 X 150 mm |
STF 20 | 500 W | 20 liter | 500 X 250 X 150 mm |
STF 30 | 500 W | 30 liter | 500 X 300 X 200 mm |
STF 40 | 600 W | 40 liter | 500 X 400 X 200 mm |
STF 50 | 750-1000 W | 50 liter | 500 X 500 X 200 mm |
Customised sizes are available as per the client’s requirements. All the above models are available in SS 304 / MS with powder coating.
Ultrasonic cleaners are simple to operate. Simply place the items to be cleaned in the tank, turn on the system, and the cleaning process will begin. Control knobs or digital controls can be used to turn on the system. You can also vary the quantity and size of bubbles or collapse them entirely by adjusting sound wave frequencies. Because the frequency and the number of implosions are directly related, ultrasonic cleaning provides a high level of process control; higher frequencies are preferable for eliminating very minute particles.