8 Heads Can Filling and Capping Machine

8 Heads Can Filling and Capping Machine

8 Heads Can Filling and Capping Machine

8 Heads Can Filling and Capping Machine is suitable for medium to high-speed production. It provides efficient high-output filling and stable sealing performance for beer and carbonated beverages, ensuring low foaming, precise filling levels, and continuous industrial operation.

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8 Heads Can Filling and Capping Machine

8 Heads Can Filling and Capping Machine integrates high-speed filling and capping system, widely used in industrial beverage production lines.

Main configurations include eight filling valves, automatic capping system, PLC control, CO₂ system, and stainless steel frame. It ensures stable high-speed operation.


Main Function and Feature

8-Head Filling System

8-head filling system delivers high-speed production with stable filling accuracy and efficiency.

Automatic Capping System

Automatic capping system ensures tight sealing and consistent packaging quality.

Isobaric Filling Technology

Isobaric filling technology reduces oxygen pickup and maintains beverage freshness and carbonation.

PLC Automation Control

PLC automation control ensures stable operation and easy machine management.

Heavy-Duty Stainless Frame

Heavy-duty stainless frame ensures durability and continuous industrial production.

Stable Handling System

Stable handling system ensures smooth and reliable production running.

Technical Specifications

Filling heads8Container typesCans
Sealing heads8Filling methodGravity, pump, or isobaric (optional)
Filling volumeAdjustableMaterial (product contact)SUS304 stainless steel
Filling accuracy±1%Control systemPLC or semi-automatic
Suitable productsBeverages, beer, kombucha, spirits, saucesAir requirement0.4–0.6 MPa (if pneumatic)
Liquid viscosityLow to medium viscosityPower supplyCustomized to local standards


Detailed Display

Can filling machine (2)
Can filling machine (7)
Can filling machine (5)
Can filling machine (6)
Can filling machine (3)
Can filling machine (1)

FAQ

1.What is the production capacity of the 8-head can filling and capping machine?

It fills and seams up to 400 cans per hour on 330 ml and 500 ml aluminium cans. It is the second-highest model in the can range, and at this rate a single unit covers what two entry-level machines would deliver with one operator crew. The seamer is matched to the filler so continuous filling does not build a queue of open cans waiting to be closed.

2.What can sizes can the 8-head machine handle?

It handles 330 ml and 500 ml aluminium cans. Format parts and seamer change parts cover both, and the seamer settings follow your can end specification. At this output a format change is a planned task rather than an on-the-fly adjustment, so we agree the change part set against your actual SKU mix rather than a broad theoretical range.

3.Which production scale is the 8-head machine designed for?

It is designed for producers expanding their canning — either adding a second can recipe or moving from single to double shift on one. At this level seamer maintenance becomes a scheduled routine rather than a response to defects, because the machine runs long enough that roll wear accumulates within a shift. If your bottleneck is upstream of the filler, a larger head count will not help.

4.What utilities and operators does it require?

The machine measures Power and compressed air are the main connections. One operator is sufficient, but at 400 cans per hour it becomes worth arranging can infeed and packed output as routes so the crew is not moving sleeves or trays by hand. Allow clear access to the seamer for roll changes and seam checks — that access is part of how the machine is positioned, not an afterthought. Machine dimensions are listed in the Technical Specifications table on this page.

5.How is seam quality controlled on this machine?

Seam quality is set by the seamer, not the filler: the condition of the seaming rolls and chucks, the timing of the first and second seaming operation, lubrication, and can/end compatibility. On a multi-head seamer the critical discipline is to record seam dimensions per seamer head rather than per shift, because a single worn head produces defects at a fixed interval — every 4th, 6th or 8th can — and can be missed entirely by sampling that happens to align with the head count.

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Let us know your production scale and needed equipment—we will reply with stock availability and a quote within 12 hours.

+86 18615260186

+86 18615260186

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