Ultrasound-assisted extraction uses low-frequency, high-intensity sound waves to create acoustic cavitation in liquids. This disrupts plant cell walls, allowing solvents (water, ethanol, alcohol, etc.) to penetrate and release essential oils, phytochemicals, and bioactive compounds for high-potency extracts.

Compared to conventional methods, ultrasonic extraction offers:

✔ Faster rates

✔ Higher yields

✔ Better solvent penetration

✔ Low-temperature processing

✔ Improved antioxidant activity

It can also be combined with hydrodistillation, Soxhlet, supercritical fluid extraction, or microwave techniques for enhanced scalability.

Applications & Benefits vs. Effects of Ultrasonic Extraction

• Ayurvedic herbal drug manufacturing
• Improved diffusion & mass transfer
• Extraction of phenols, flavonoids, chlorophylls, carotenoids, terpenoids, phytosterols
• Efficient cell wall breakage
• High antioxidant recovery & radical scavenging capacity
• Better solvent penetration
• R&D and production-scale extraction • Sonocapillary effect for higher yield

System Features

Our extraction systems include heating and rotation facilities, making them suitable for both R&D and industrial use.Built for reliability, durability, and high performance, they meet international standards.

Construction & Design

• Tank: SS 304 / SS 316
• Stirrer: Adjustable speed (AC drive, 300 rpm)
• Outer Body: SS 304
• Timer: Digital control
• Generator Unit: SS 304 / MS Powder Coated
• PLC: Touch screen / LCD (optional)
• Heater: Immersible type with digital temp. controller
• Inlet / Outlet: As per order