Powder Quantitative Packaging Machine

In the field of powder material packaging, challenges like weighing inaccuracies, low efficiency, material sticking, and flushing caused by moisture fluctuations have long plagued industrial production. The DCS-50 Powder Quantitative Packaging Machine breaks through these barriers with innovative technology, engineered specifically for industries including flour, starch, animal feed, as well as food, chemical, pharmaceutical, and light industrial sectors. It redefines high-performance packaging solutions!

Powder Quantitative Packaging Machine is equipped with an intelligent adaptive compensation system, the DCS-50 revolutionizes precision control by overcoming variations caused by material moisture content. High-sensitivity sensors and dynamic algorithms continuously adjust weighing parameters, ensuring consistent measurement accuracy within ±1-2‰ across a wide range of 5-50kg. Say goodbye to packaging errors due to humidity changes. The patented non-stick flow path design and air-pressure equilibrium technology effectively eliminate material residue and powder flushing, ensuring a clean and efficient production line.

Delivering powerhouse performance at 180-300 bags per hour, Powder Quantitative Packaging Machine sets a new industry speed benchmark! The modular sealing system freely switches between sewing stitch and heat-sealing modes. Combined with an adjustable bag length range of 270-1200mm, it seamlessly adapts to various bag types including cloth sacks, gunny bags, paper bags, and woven bags. Whether for small workshops or large-scale production lines, achieve true "multi-functionality and efficient switching" with ease.

From food-grade powders to chemical and pharmaceutical raw materials, the DCS-50 meets both GMP and food safety standards with its 316 stainless steel contact parts and enclosed conveying structure. Optional add-ons like elevators, bag top fold forming machines, and buffer hoppers allow the creation of fully automated packaging lines, reducing labor costs by up to 30% and empowering your transition towards smart manufacturing.