RESEARCH APPLICATIONS

Research projects in fields such as microalgae cultivation, food fermentation, and metal powders frequently explore new processes, products, and operating windows. In these contexts, screening and filtration are not just routine operations but key variables in the experiment: mesh size, vibration pattern, and installation setup can all influence the results. Having access to the same type of vibrating sieves used in industry allows researchers to validate concepts under realistic conditions and collect data that can be directly upscaled.

Each research project has its own constraints in terms of time, budget, and available space. For this reason, MLT Cuccolini can provide machines for temporary use, rental, purchase with test clauses, or other agreed conditions, allowing research teams to evaluate different configurations without committing immediately to a full investment. This flexibility is particularly valuable in early‑stage projects where process parameters are still under development and may evolve as results are collected.

The range of applications already explored with MLT Cuccolini equipment in research includes, for example, microalgae processes where vibrating sieves are used to concentrate biomass or recover specific size classes from culture media. Similar approaches can be applied in food fermentations, where screening can separate biomass, support clarification steps, or control particle size in new fermented products. In metal powder research, vibrating sieves help define suitable particle size distributions for additive manufacturing, coatings, or advanced materials, enabling precise classification even at fine cut points.

To support these activities, the same product families used in industrial environments can be supplied in research‑scale or pilot configurations, with meshes, materials of construction, and accessories selected according to the specific project. Depending on the case, this may include machines optimised for powders, liquids, or suspensions, as well as options for hygienic design, inerting, or containment when working with sensitive or reactive materials. The goal is to give researchers a platform that closely mirrors real‑world production while remaining manageable in a laboratory or pilot plant.

Beyond the hardware, MLT Cuccolini can work with research teams to identify suitable screening strategies, for example by helping to define initial mesh sizes, likely throughput ranges, and installation points within the experimental flowsheet. This collaborative approach helps shorten the learning curve and allows researchers to focus on their core scientific objectives, while relying on established screening know‑how for the mechanical aspects of the setup.

Choosing MLT Cuccolini vibrating sieves for research applications offers access to industrial‑grade technology in a flexible framework adapted to experimental work. Researchers benefit from realistic process conditions, configurable equipment, and supply options aligned with project timelines and funding structures, supporting faster and more reliable scale‑up.

By partnering with MLT Cuccolini, universities and R&D centres can explore new processes in microalgae, food fermentation, metal powders, and emerging fields with equipment that is ready to evolve alongside their research programmes.

Contact MLT Cuccolini to discuss your research project and explore the most suitable vibrating sieving solutions and supply conditions for your laboratory or pilot‑scale trials.