Why are optimized probe sonicators critical for pharma processes?

Sonication technology achieves accurate results due to the sound waves produced to agitate particles. The usage of a probe-type sonicator enables the processing of even smaller samples to meet laboratory goals. This machine can disrupt the microorganism particles used for microbiology and fermentation processes. It is a critical intensifying tool for getting stable nanofluids. The sonification is important for heat transfer in this user case. Primarily used in pharma laboratories, the ultrasoni...

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Advantages of Ultrasonic Screening in Metal powders

Ultrasonic screening is a powerful tool for identifying and removing contaminants from metal powders. This method uses high-frequency sound waves to detect and separate particles based on their size, shape, and density. Few Advantages One of the main advantages of ultrasonic screening is its high accuracy and precision. Because ultrasonic waves can penetrate deep into powders, they can detect even small particles that other methods might miss. This makes ultrasonic screening ideal for...

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Ultrasound Assisted Solvent Free Protein Extraction from Rice Bran

The Task Rice bran is a by product of rice milling industry usually produced during polishing process. The rice bran is mainly composed of protein, amino acids, fiber, minerals and vitamins. Fractional classification of protein reveals a high concentration of albumins and globulins.  Since the Rice bran protein is hypoallergenic type of protein, it is widely used in baby food formulation to keep up the cognitive development of infants. The Solution Roop Ultrasonix Ltd.&nb...

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Ultrasonic Sono-Crystalization System

The Task We had to design an ultrasonic sonicator to get desired product formation through reaction. The crystal size, size distribution, polymorph, habit and purity had to be appropriate as per the specifications provided by the client. The Solution We provided a 2 L SS 316 L reactor system with re-circulating system, and ultrasonic laboratory system with Hastelloy made jacketed flow cell, with necessary controller and indicators. The equipment was PLC controlled and flame-proof a...

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200 micron reduces to 10 micron with Ultrasonic

The Task To design an ultrasonic device for particle size reduction of API slurry. Manufacturer of superfine size slurries requires a device to process micron size or nano size materials. The Solution In this case the task was successfully accomplished by providing a 7 liter stainless steel flow cell with Jacket, and easily retrofitted to work inline with the system. With the help of the Ultrasonic flow cell, micron size of the slurry which was 200 micron earlier came down to 10 mi...

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