Nichrome showcases high-speed packaging machine at Anuga Foodtec

Pune-based packaging specialist Nichrome demonstrated its fastest milk pouch packaging machine, capable of reaching speeds of 15000-pph at Anuga Foodtec 2026 in Delhi.

27 Apr 2026 | 298 Views | By Rahul Kumar

Nichrome India showcased its Filpack Servo 15K at Anuga Foodtec India 2026 in New Delhi, targeting the high-volume requirements of the dairy sector. The heavy-duty machine was designed to produce Central Seal Pillow Pouches (CSPP) for 200-ml, 500-ml, and 1,000-ml volumes with a specific focus on hygiene and speed.

The system operated at a peak performance of 15000-pph. To maintain product integrity, the machine utilised stainless steel for all contact parts and featured an integrated UV film sterilisation system for the packaging material. A key feature of the model was its independent balance tanks, which allowed the operator to handle single or different products simultaneously across the line.

During the event, company representatives highlighted the machine’s role in extending product shelf life. By employing Modified Atmospheric Packaging (MAP) technology, the system vacuumed oxygen from the trays and injected a combination of Nitrogen and CO2. This process inhibited microparticle growth, allowing dairy products to achieve a shelf life of approximately 45 days.

The technical discussion at the stand compared the unit’s efficiency to global standards, noting that the 15,000-sph rate remained competitive with international vendors. The machine also managed thermal requirements for milk processing, handling temperatures ranging from 55°C to 120°C, with constant heat sealing requirements exceeding 300°C.

Beyond dairy applications, the manufacturer noted that the mechanical vacuum filling system could be adapted for other free-flowing liquids such as ghee and soda. The Pune-based firm, which maintained a strong research and development presence, positioned the Filpack Servo 15K as a maintenance-friendly solution for indigenous brands looking to scale production without compromising on precision or hygiene standards.

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