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  • 10/8/2024
The PilotGenizer High-Pressure Microfluidic Homogenizer is designed for advanced pharmaceutical drug delivery applications. Achieve precise particle size reduction and uniform nanoemulsions, ideal for enhancing bioavailability in formulations. With FDA-compliant materials and cutting-edge microfluidic technology, PilotGenizer ensures efficiency and scalability in drug development processes. #Pharmaceuticals #DrugDelivery #HighPressureHomogenizer #Nanotechnology
Transcript
00:00In our pursuit of technological excellence, we are pleased to introduce the Pylogenizer
00:11high-pressure homogenizer for pilot-scale applications.
00:16This versatile and efficient machine delivers innovative solutions for nanopreparation with
00:20a focus on meticulous and practical design.
00:25The enclosure is made from 304 stainless steel, ensuring durability and easy cleaning, meeting
00:31stringent sanitary standards.
00:33Contact parts are made of 316L stainless steel, ensuring high hygiene levels.
00:39The front control panel is inclined at 30 degrees for optimal viewing and operation.
00:46First, log in to the system using the username and password provided by the administrator.
00:53The system will automatically save operational information under the same username.
00:57The control panel is user-friendly, allowing users to easily switch between single-pump
01:03and dual-pump modes and adjust flow rate, stop count, and duration, providing great
01:10flexibility and convenience.
01:18Pylogenizer supports both single-pump and dual-pump modes to cater to different scales
01:23and complexities of experimental needs.
01:28Single-pump mode is ideal for small-scale experiments, while dual-pump mode offers higher
01:39throughput and enhanced homogenization efficiency.
01:54Multiple connection configurations are available to accommodate various experimental setups.
02:00In summary, the Pylogenizer homogenizer is a significant technological advancement, providing
02:06robust support for research and production in fields such as nanomaterials and cosmetics.
02:14We appreciate your interest and support.

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