Chemical powders: fertilizers, metals, dyes, detergents, ceramics, plastics, cosmetics, agarwood/sandalwood powder
Pharmaceutical & biotech powders: probiotics, vitamins, collagen, dietary fiber powder
Food ingredients & seasonings: grain powders, seasoning powders, salt, sugar, MSG
The AF1000 is designed for micro-dose weighing and filling of powder products. It automatically performs powder conveying, weighing, and filling operations. Featuring high accuracy, multiple recipe memory settings, and an intuitive user interface, the AF1000 significantly enhances production efficiency and operational stability, making it an ideal solution for small to medium batch powder production.
Equipped with a one-piece stainless steel auger screw, the machine is robust and durable. Driven by a Japanese servo motor, it provides ±0.5–2% weighing accuracy (depending on material characteristics), ensuring reliable performance for medium to high-volume powder production.
Features a 7-inch TFT color touchscreen HMI integrated with a Japanese PLC controller. The system allows intuitive operation, fast setup, and multi-language support, improving usability and production control.
Supports up to 60 product memory settings, allowing quick switching between different product types and weights. This reduces operational complexity, minimizes downtime, and significantly improves production efficiency.
Highly compatible with auxiliary equipment such as sealing machines, enabling seamless integration with different production lines. Suitable for medium to large-scale automated powder packaging operations.
Ideal for food, pharmaceutical, biotech, chemical, and agricultural powder filling and weighing. Capable of supporting multi-product, high-volume production lines, the AF1000 is an efficient solution for large-scale powder packaging.
* Specifications are subject to change based on product requirements, material characteristics, or actual test results. Please consult our sales representative for confirmation.
* Actual weight deviation depends on single-unit fill weight, material uniformity, and physical properties.