Filling Weight (Weighing Range): 3–10 g, ±3–5%
Packaging Speed: 20–30 packs/min
Applications:
Suitable for filling and weighing fine powders, powders, and small particles in industries such as food and pharmaceuticals, including:
Single-serve packs: medicinal powders and biotech powders (probiotics, vitamins, collagen, dietary fiber powders)
Food products: coffee powder
The AF2100 is specifically designed for powder product weighing and packaging. It can automatically perform powder weighing, filling, and rounded-corner packaging, making it suitable for various types of powder products.
Equipped with a fully stainless-steel, integrally molded dosing screw, the machine is robust and durable. Driven by a Japanese servo motor, it achieves weighing accuracy of ±3%–5% (depending on material characteristics), effectively meeting both medium- and large-scale powder production needs.
Featuring a 7-inch TFT color touch HMI paired with a Japanese-made PLC controller (OMRON or SIEMENS), the system offers intuitive operation, fast setup, and multi-language support.
Supports 60 product group settings, allowing rapid adjustment according to different product types and weights. This reduces operational complexity, minimizes downtime, and significantly boosts production efficiency.
Highly compatible, the machine can be integrated with peripheral equipment such as sealing machines to meet flexible production line requirements, making it suitable for medium- to large-scale automated powder packaging operations.
Ideal for precise small-batch production and filling of powdered materials in the food and pharmaceutical industries. It accommodates multi-product, multi-volume production requirements, providing an efficient solution for powder packaging.
Supports rounded-corner packaging, delivering an attractive and tightly sealed finish that enhances product market appeal.
* Specifications may be adjusted depending on product requirements, material characteristics, or actual testing. Please consult our sales representative for confirmation.
* Actual weight deviation depends on single-unit fill weight, material uniformity, and physical properties.