Freeman Technology, a Micromeritics company, specialises in systems for measuring the flow properties of powders and has over a decade of experience in powder flow and powder characterisation. Freeman Technology specialises in systems for measuring the flow properties of powders and has over 15 years’ experience in powder flow and powder characterisation. Expert teams guide and support users aroun
d the world in addressing their individual powder challenges, focusing on delivering the most relevant information for the process. The result is world-leading solutions for understanding powder behaviour - in development, formulation, scale-up, processing, quality control, or anywhere that powders have a role. Freeman Technology’s solutions include the FT4 Powder Rheometer®, a uniquely universal powder tester, and the Uniaxial Powder Tester, a complementary tool for quick and robust powder assessment. Systems are installed around the world in the chemical, pharmaceutical, toners, foods, powder coatings, metals, ceramics, cosmetics, and many other industries. They deliver data that maximise process and product understanding, accelerating R&D and formulation towards successful commercialisation, and supporting the long term optimisation of powder processes. Freeman Technology is also the global distributor for Lenterra sensor instrumentation which provides in-line, real-time flow measurement solutions to enhance process understanding, and improve manufacturing efficiency and quality. The company was founded in 1989 as a developer of automated testing systems for materials characterisation, and has focused exclusively on powders since the late 1990s. In 2018, Freeman Technology became part of Micromeritics Instrument Corporation. The company’s R&D, manufacturing and commercial headquarters are in Gloucestershire, UK, with operations in the USA, China and Japan, and distribution partners in key global territories. Providing systems that measure powder flow properties, underpinning process and product understanding, supporting the optimisation of powder processes.
