KOMBOPURE Blow Fill Cap Technology

The process starts from the infrared heater oven where PET preforms are allowed to rotate at uniform intervals to ensure that optimum heat is generated, resulting in the most efficient use of material with reduced electricity usage by up to 30%. After they are heated, the PET preforms are subjected to high pressure blow molding. Because it acts as an integrated blow fill seal machine, there is zero waiting time or exposure to ambient plant conditions before the container moves forward.

The container is immediately transferred by a starwheel mechanism using neck handling technology directly to the filling valves. This continuous kombo configuration drastically simplifies the liquid packaging workflow compared to traditional line designs.

In a standard setup utilizing a standalone beverage filling machine, the transport phase introduces multiple points of vulnerability where bottles can jam or pick up airborne contaminants. Instead, the KOMBOPURE system behaves as a fully isolated, synchronized automatic bottle filling machine, using electronic flow meters to inject the exact liquid volume into the freshly blown, hot sterile bottle, which is then immediately sealed by the capping turret.

By eliminating the accumulation conveyors that typically snake across hundreds of square meters of plant floor, manufacturers reclaim up to 45% of their facility footprint. This compact layout allows for localized cleanroom environments, meaning you only need to sanitize a small, enclosed zone rather than an entire room.

Efficiency Takeaway: Reclaiming up to 45% of the production footprint reduces the factory area requiring cleanroom grade environmental conditioning, drastically lowering HVAC energy costs.

When engineering a line for premium water, exposure to ambient air can alter the taste or introduce microscopic particulate. Deploying the KOMBOPURE as a specialized water bottling machine ensures product purity from the moment the PET plastic expands until the cap is locked. Labor efficiency also rises; instead of separate operators for the blower and capper, one technician oversees the integrated kombo system via a centralized HMI panel.