CFAM Technologies, a leading name in extrusion technology, has evolved remarkably from a university research project to a thriving industry player. Originating from North-West University’s (NWU) School of Mechanical Engineering, CFAM Technologies’ journey from concept to commercialisation underscores the key role of NWU’s Technology Transfer and Innovation Support (TTIS).
Founded in 2007, CFAM Technologies specialises in developing twin-screw extrusion technology, which is utilised across various industries. In the food industry, the technology is used to produce instant porridges, breakfast cereals, snacks, and plant-based protein products, such as meat analogues and affordable protein meals. Additionally, the extruders are used in the production of pet foods, aqua feeds, animal feeds, waste beneficiation, and other niche applications. NWU helped turn this promising research into commercial success by setting up CFAM with a clear mission: to deliver high-quality, locally made extrusion systems.
Key milestones for CFAM include launching its first TX80 extruder in 2009, building a complete plant in 2015, and selling its 50th extruder in 2017, followed by its 100th in 2023. These achievements reflect CFAM’s growing market presence and technological advancements.
TTIS facilitated the protection of NWU Intellectual Property (IP) – Continuous Supercritical Fluid Extraction (CSFE), securing a patent for the technology in 2014. This was followed by a licensing agreement, enabling CFAM to further develop and commercialise the technology. NWU received Technology Innovation Agency (TIA) funding and partnered with CFAM for further technology development.
The partnership between TTIS and CFAM extended beyond initial support. As CFAM matured and eventually moved off campus, the collaboration remained strong. TTIS continued to support CFAM through new licensing agreements, ensuring ongoing success and innovation.
Prof. LJ Grobler, Director of CFAM, advises aspiring innovators:
“For researchers and entrepreneurs aiming to commercialise their technologies through university tech transfer offices, understanding intellectual property rights and fostering strong relationships are crucial. It is essential to conduct thorough market research to validate the potential of your technology and seek mentorship from tech transfer professionals to guide you on business development and funding opportunities. Flexibility, persistence, and a commitment to maintaining high-quality standards are key to building credibility and attracting investors. By leveraging these strategies and resources, you can significantly enhance your chances of successful technology commercialisation.”
CFAM’s journey from a research project at NWU to a leading industry player exemplifies the transformative power of effective technology transfer. The support from TTIS has been instrumental in CFAM’s success, showcasing the vital role of such offices in fostering innovation and driving industry growth. As CFAM continues to thrive, it stands as a testament to the potential of academic research and innovation in shaping the future of technology and industry.
