It’s Time for V I T I to to Unlock Nature's Secrets

Stringent philosophy

Innovating Sustainably: VITI's Commitment to Science-Backed Solutions

In the context of VITI, it means that the company adheres closely to its core values, standards, and objectives without compromise. This approach ensures consistency, reliability, and excellence in all aspects of its operations, from product development to customer service.

At VITI, we prioritize in developing technical ingredients using viable and innovative technologies. By leveraging these cutting-edge approaches, we create solutions that are not only effective but also sustainable, meeting the evolving needs of our customers and industries

GREEN CHEMISTRY

At VITI, green chemistry isn't just a principle; it's a practice. Our commitment to eco-friendly raw materials extends to our green processes, ensuring every step of production minimizes environmental impact for a truly sustainable approach.

RESEARCH-BACKED TECHNICAL INGREDIENTS

At VITI, our technical ingredients are backed by extensive research and data, ensuring their efficacy and safety in various applications. We prioritize scientific validation to guarantee the quality and reliability of our products, empowering our customers with confidence in their formulations.

OUR CORE VALUE

Enabled by Cutting-Edge Technologies

We have meticulously developed proprietary technology from scratch, ensuring a comprehensive understanding of its principles, fundamentals, and limitations. This enables us to effectively apply it on an industrial scale with precision and reliability.

Disruptive Frequency

Ultrasonic disruptive frequency technology uses high-frequency sound waves to break down particles, disrupt cells, and promote chemical reactions in a wide range of applications. By creating microscopic cavitation bubbles, this technology generates intense shear forces that can emulsify liquids, extract biological compounds, and uniformly disperse materials without harsh chemicals. Known for its precision and efficiency, ultrasonic disruption is ideal for fields like biochemistry, food processing, and materials science.

Micellar extraction technology leverages micelles—tiny, naturally occurring molecular clusters—to separate and extract compounds efficiently. In this process, micelles, typically formed by surfactants in water, encapsulate target molecules such as oils, flavors, or bioactive compounds, effectively isolating them from a mixture. This gentle, eco-friendly method is particularly valuable in extracting sensitive compounds from plants, foods, and pharmaceuticals, preserving their bioactivity without the need for harsh solvents. Micellar extraction offers a sustainable alternative for industries focusing on purity and natural preservation, like cosmetics, nutraceuticals, and pharmaceuticals.