Continuous Mixer

The LabRAM II™’s set of design and features reflects users’ criticalrequirements: processing speed, mixing power, and optimal parameterdevelopment to mid-scale pilot and production RAM machines. Theintegrated touch-screen operating system enables recipe developmentand data management. Optional processing a...

The OmniRAM’s set of design and features reflects users’ critical requirements: processing speed, mixing power, and optimal parameter development to mid-scale pilot and production RAM machines. Its integrated touch-screen operating system enables recipe development and data management. Optional processing ...

The RAM 5™’s set of design and features reflects users’ critical requirements: processing speed, mixing power, and optimal parameter development to mid-scale pilot and production RAM machines. Its integrated touch-screen operating system enables recipe development and data management. Optional processing a...

Work with our engineers to develop exactly the equipment and process needed for your products.

This document provides a quick look at the benefits of ResonantAcoustic Mixing.

Discusses the numerous API and excipient mix that have less than a 4% RSD after four or fewer minutes of mixing.

This document is a portfolio of user testimonials, articles and patents/patents pending that reference Resodyn’s ResonantAcoustic® Mixing (RAM) technology in a variety of pharmaceutical industry applications. This collection of abstracts and links to published articles is intended to provide insight into the value of RAM technology as a means of solving challenges, improving quality, and raising productivity in development and processing of pharmaceuticals.

Mixing processes are important for making high-quality pharmaceutical formulations and are related to dissolution and chemical stability in pharmaceutical manufacturing. The resonant acoustic® mixing (RAM) technology is a blending method, and it has been reported that it has a unique mixing action for various samples. In this study, in order to apply the RAM method to the pharmaceutical blending process, optimization of the operating conditions of RAM (acceleration and frequency) was conducted by numerical simulation. Powder mixing experiments were carried out using various RAM conditions and also a modified V-shaped mixing device with a powder material of theophylline powder and lactose or magnesium oxide and lactose. The angle of repose of the mixed powder sample was measured...

An overview of ResonantAcoustic Mixing as applied to the pharmaceutical world.

A discussion of mixing and coating, two key processes in the pharmaceutical space.

An overview of some of the specifics about how ResonantAcoustic Mixing technology is changing pharmaceutical production and research.