Food and medicinal material modification equipment, coating equipment, drying equipment


In the current era of high-quality development in the food and pharmaceutical industries, upgrading the performance of raw materials has emerged as the core breakthrough for enhancing product quality and expanding product boundaries. Whether it is preserving nutritional value and optimizing taste in the food sector or improving drug efficacy and ensuring safety in the pharmaceutical sector, surface treatment of powders and fine particulate materials plays a pivotal role. As the core equipment for material surface modification, coating and modification machines, with their precise and controllable processing capabilities and broad material compatibility, are breaking through traditional processing bottlenecks, transforming ordinary raw materials into high-value-added, high-performance specialty materials, and thereby serving as the “invisible enablers” of the food and pharmaceutical industry’s upgrade.

The core value of the coating modification machine lies in its ability to achieve, through controlled and efficient processes, “The coating layer provides uniform coverage, with precisely adjustable thickness and no degradation of material properties,” and its manufacturing process aligns with the core requirements of the food and pharmaceutical industries: “mild, sterile, and precise.” Can be flexibly adapted according to material properties and product requirements, with no harmful residues throughout the entire process, and complies with FDA, GMP, and other industry standards.

The coating and modification machine is compatible with a wide range of powdered materials, including inorganic, organic, and nanomaterials, with particle sizes spanning from the nanoscale to several hundred micrometers. It can process both conventional powders used in the food industry—such as milk powder, cocoa powder, and dietary fiber—and specialized materials in the pharmaceutical sector, including drug microspheres, hydroxyapatite, and nano-drug carriers. The equipment supports both liquid and powder-form modifiers, enabling a variety of functional modifications, such as sustained release, hydrophobicity, targeted delivery, and biocompatibility. A single unit can meet the needs of multiple material types and processing requirements, eliminating the need for frequent equipment changes, reducing capital expenditures, and aligning with the multi-variety, multi-specification production characteristics of the food and pharmaceutical industries.

Compared with conventional coating equipment, the modifier machine employs high-efficiency atomization technology and intelligent algorithmic control, enabling direct and thorough contact between the modifier and the powder. This reduces modifier waste and minimizes the risks of overcoating and undercoating; moreover, the rapid drying technology shortens the production cycle. With a solids content of over 30%, the high-speed shearing process enables rapid coating, significantly boosting production efficiency. Meanwhile, the equipment consumes only 60% of the energy of conventional systems, and its wall-free design further reduces material waste, effectively lowering production costs and supporting enterprises in achieving large-scale, intensive manufacturing.

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