Ensuring dispersion of micro and minor ingredients is essential in providing a quality product every time.
Cross-contamination of ingredients is a constant risk with traditional fixed mixer production systems.
De-mixing of blends on transfer to packing results in scrapped batches & increased costs of manufacturing.
IBC tumble-blending is proven to increase the range and quality of pre-mixes that our customers can offer, whilst retaining their high quality assurance standards.
A well designed, agile, Lean system means our customers can easily switch recipes in response to demand.
Our stainless steel IBCs are hygienically designed for ease of cleaning and safe ingredient handling.
The unique Cone Valve within each IBC ensures full discharge of product without de-mixing.
The Cone Valve helps even the stickiest of products to flow effectively and under control.
Our IBC system remains closed at all times, so no product dust is released, which reduces housekeeping requirements and mitigates the risk of cross-contamination.
Our proficiency in the Pharmaceutical market helps us to understand the needs of animal nutrition manufacturers.
A Matcon powder handling system is all that animal nutrition and food supplement manufacturers need to get started the right way. By decoupling the processing steps we enable companies to achieve a flexible manufacturing system.
The Matcon system is based on using Intermediate Bulk Containers (IBCs) to transport powders between manufacturing steps and as a blending vessel.
Because everything is contained within the IBC, there is no clean-down of the blender between recipe changes, which gives you ultimate flexibility of operation.
Our systems help customers innovate and stay ahead of the competition.
The Cone Valve technology means that no matter what you might want to manufacture in the future, you will have the ability to handle the ingredients and recipes effectively – a future-proof solution!
We work in partnership with you to create the right system design to fulfil your business needs.