Description
The Micro DeBEE laboratory homogenizer is an air powered unit with a capacity of 15 liters per hour. This instrument is suitable for a broad range of applications:
- Cell Disruption
- Particle Size Reduction
- Nano / Micro Emulsions
- Nano / Micro Dispersions
- Polymers
- Liposomes
Easy to use, Micro DeBEE laboratory homogenizer features include:
- Up to 45,000 PSI / 3,100 Bar
- 100% guaranteed scalability of results
- Easy cleaning and maintenance with no disassembly required
- Unmatched experimentation options
- Suitable for sanitary applications
- Minimum sample size as low as 5 ml
- Modular Emulsifying Cell (EC) is configurable with multiple flow patterns for a broad range of applications.
- CE Compliant
- Lifetime training for new employees and students
- 1-year factory warranty
We offer lifetime training to help new employees and students get up to speed quickly.
Want more information on the specifications of the Micro DeBEE? Download the Micro DeBEE product brochure.
BEE International also offers a two year warranty on all of our homogenizers. Request a quote today to see how our micro DeBEE homogenizers can help you!
In the lab, BEE technology allows the product developer to quickly apply a wide variety of mixing techniques to a formulation. A systematic tool to determine the cause-and-effect relationship between factors affecting a process and the results of that process. With this information new products are developed faster.
Guaranteed scale-up to production with the right process can mean a new or improved product manufactured with the most profit.
BEE’s High pressure homogenization technology is a fluid mechanical process. Product is pulled into our proprietary High Pressure Intensifier System from the product inlet, and pumped out as a constant high-velocity jet strong enough to cut metal. This powerful jet enters BEE's patented Emulsifying Cell, (EC) where it is applied to the product in the product. Unlike other mixers, which apply one type of force to product, the EC incorporates shear, cavitation and impact to break down, mix and blend. The result is a thoroughly mixed product of the BEST results for even the most challenging applications.
