DEBREX

DEBREX enables reproducible nano emulsification and nano dispersion without the need for surfactants. By applying focused ultrasonic energy, the system generates a uniform energy distribution within the process chamber, allowing precise control of particle size in the nano range. Users benefit from consistent particle distribution, improved stability and enhanced product performance across a wide range of laboratory and industrial applications.

Unlike conventional ultrasonic devices or high pressure systems, the cylindrical focused ultrasonic design concentrates energy at the center of the reactor. This prevents uneven treatment zones and excessive local energy peaks, resulting in homogeneous nano structures with high reproducibility. Such stability and process reliability are particularly valuable in analytical laboratories, formulation development and quality control environments.

The ability to produce nano emulsions and dispersions without additional surfactants opens new possibilities for sensitive formulations. Higher product purity, reduced additive load and improved long term stability can be achieved. These advantages are relevant not only for pharmaceutical development but also for cosmetic formulations, chemical processing, material science and energy related applications.

Precise control of frequency, power and flow rate allows adaptation to a wide range of materials. Both low viscosity and high concentration systems can be processed efficiently. The integrated cooling support ensures temperature controlled operation and protects heat sensitive components during processing.

DEBREX is scalable from laboratory research to pilot scale and continuous inline production. Processes developed at lab scale can be transferred with minimal loss to industrial environments, reducing development time and improving process efficiency. This seamless scalability enables faster implementation of innovative nano formulations and advanced material dispersions.

Whether applied to liposome development, high concentration dispersions, functional cosmetic systems or advanced material processing, the platform provides reliable performance, reproducible results and flexible integration into modern production environments.