Carbonated Drinks Filling Machine

1. Utilizing wind-sent access and direct wheel-bottle connection technology eliminates the need for screws and conveyor chains, simplifying the process of adapting to different bottle shapes.
2. The bottle transmission system employs clip bottleneck technology, allowing for easy adaptation to various bottle shapes without the need to adjust the equipment level. Simply changing the curved plate, wheel, and nylon parts is sufficient.
3. The specially designed stainless steel bottle-washing machine clip is robust and durable, ensuring it doesn’t come into contact with the screw location of the bottle mouth to prevent secondary pollution.
4. The high-speed, large gravity flow valve filling system ensures rapid and accurate filling without any liquid loss.
5. The downward spiral motion during bottle output eliminates the need to adjust the height of conveyor chains when changing bottle shapes.

Filling Heads

• High-precision filling nozzles made of 304/316 stainless steel ensure accurate and efficient filling.
• The filling volume is adjustable with fine precision, resulting in a consistent liquid level after the filling process.
• All contact parts and the liquid tank are crafted from 304/316 stainless steel, meticulously polished to eliminate any dead corners, making the equipment easy to clean.
• The filling pump is constructed with 304/316 stainless steel, ensuring reliability and longevity.
• The efficient spray nozzles thoroughly rinse, saving water during the flushing process.

Capping Heads

• The place and capping system features electromagnetic capping heads equipped with a burden discharge function, ensuring minimal bottle collisions during the capping process.
• The construction is entirely of 304/316 stainless steel, guaranteeing durability and corrosion resistance.
• The capping process is designed to operate only when a bottle is present, preventing unnecessary capping attempts.
• The system automatically stops in the event of a bottle shortage, enhancing operational efficiency.
• The capping effect is consistently stable and reliable, with a defective rate of less than 0.2%.