Industrial Sonomechanics Introduces New Large-Capacity In-Line Cartridge Filter Assembly for Nanoemulsions

industrial sonomechanics nanoemulsifier

MIAMI — Industrial Sonomechanics, LLC (ISM), the leading manufacturer of ultrasonic equipment and nano-formulations, announces the commercial availability of several new large-capacity in-line filtration products, which increase the efficiency of the nanoemulsion production process and lower the associated cost.

Filtering is key to nanoemulsion production


Filtration is an important and necessary post-processing step of ultrasonic nano-emulsification—a process that converts cannabis extracts and/or other hydrophobic bioactives into a water-compatible form. This new integrated filtration unit removes microorganisms (sterilization), dust, titanium particles, and any leftover plant matter while making the filtering step of the nanoemulsion process convenient and highly scalable.

The lSM filter assembly (shown on the left) includes a stainless-steel housing (one-time purchase) and replaceable hydrophilic-membrane filter cartridges with three pore size options (0.22, 0.65, and 1 micron) to meet various application requirements.

“Passing a nanoemulsion through a hydrophilic filter membrane is important for the food and beverage industries, as it removes particulate contamination. We have introduced this in-line filter assembly to take advantage of the unique high-volume production capacities of our patented ultrasonic processors so that our customers can create an industrial-scale turnkey system” notes Alexey S. Peshkovsky, Ph.D., Co-founder, President and Chief Scientific Officer of Industrial Sonomechanics. “Our new filter assembly can manage very large volumes, and the incorporated replaceable cartridges can be cleaned and reused, further reducing total cost of ownership.”

Designed for end user convenience

Optimized to work with Industrial Sonomechanics’ production-level ultrasonic processors, BSP-1200 and ISP-3600, this high-throughput in-line cartridge filter assembly is designed to provide convenience for the end user, including the following benefits:

  1. Removal of particulate contaminants to increase nanoemulsion quality and stability
  2. Rapid high-volume filtering that reduces the required total processing time
  3. Durable stainless steel housing with replaceable filter cartridges, which lowers cost of ownership
  4. Integrated pressure gauge for convenient process monitoring

Where to purchase the new in-line filter assembly and cartridges

This new filtration product is currently sold on ISM’s web store. Please find additional information and purchasing guidance by visiting:

ISM routinely publishes educational blog articles and videos on the topic of water-soluble liquid and powdered nanoemulsions, as well as on the role of filtration in their production processes. For more information, please see:

  1. ISM Blog
  2. ISM YouTube Channel

Have questions? Please contact ISM at 1.786.233.9255‬ or [email protected].

About Industrial Sonomechanics, LLC.

Industrial Sonomechanics, LLC, (ISM) is a U.S.-based research & development, equipment design & manufacturing, and process consulting firm specializing in high-intensity ultrasonic technology for liquid treatment. ISM’s patented Barbell Horn® Ultrasonic Technology allows generating extremely high ultrasonic amplitudes and cavitation intensities at any scale, making it possible to directly apply laboratory optimization results in an industrial production environment. ISM helps businesses optimize their ultrasound-assisted processes and implement them in commercial-scale production. Globally, clients can utilize ISM’s ultrasonic liquid processors in conjunction with NanoStabilizerⓇ formulations or contract with ISM to provide finished nanoemulsions. Visit for more information. Continue the conversation on Facebook, Twitter, LinkedIn and YouTube.

BSP-1200 ultrasonic processor

The BSP-1200 ultrasonic liquid processor is designed for procedure optimization and bench-scale production. It is suitable for working with liquid volumes above 500 mL, with no upper limit. Common applications include nano-emulsification, cell disruption (lysis), degassing, deaeration, homogenization, deagglomeration, dispersing and many more. The BSP-1200 sonicator can operate in batch or flow-through mode. Smaller tip horns are available to accommodate smaller volumes than 500 ml.

ISP-3600 ultrasonic processor

The ISP-3600 ultrasonic liquid processor is designed for industrial-scale production. It is suitable for working with liquid volumes above 1 L, with no upper limit. Common applications include nano-emulsification, cell disruption (cell lysis), dispersing, degassing, homogenization, solubilizing, deagglomeration, cannabis processing, cannabis nano-emulsification.

Industrial Sonomechanics Online Store

ISM online store

Make your own water-soluble CBD or THC with our ultrasonic processors and NanoStabilizer®. Shop for spare parts (ultrasonic horns, transducers, reactor chambers), in-line sterilizing filters and NanoStabilizer®. (71 kB)

Why Sterile-Filter Water-Compatible Cannabis Extract Nanoemulsions?

Infusing beverages with CBD and/or THC-containing translucent, water-compatible nanoemulsions offers a convenient, discrete and effective consumption method of medicinal and recreational marijuana. This article explains why filtering translucent nanoemulsions is an essential post-processing step. (Not automatically expanded because 4 MB is too large. You can expand it anyway or open it in a new window.)


Industrial Sonomechanics

ISM offers high-power ultrasonic liquid processors (also known as sonicators, ultrasonic homogenizers, sonochemical reactors, ultrasonic mixers and ultrasonic wet-milling systems) able to provide unprecedented processing rates and product quality. Application examples include the production of nanoemulsions, nanocrystals and liposomes for the pharmaceutical, cosmetic, food, printing ink, paint, coating, wood, metalworking, nanocomposite and fuel industries, as well as waste water purification, plant oil extraction, production of biofuels, crude oil desulphurization, viscous liquid degassing, cell disruption, nano-scale dispersing, and many more.