ALP-110 Press for Aluminium Foil Container Production

The KINGLAN ALP-110 is designed for the stamping and forming processes used in aluminium foil container production. Working together with dedicated foil container dies and an automatic feeding system, the press converts aluminium foil material into food containers, trays, lids and other thin-wall packaging products through continuous blanking and forming operations.

For manufacturers planning a new foil container production line or expanding existing capacity, the ALP-110 can be configured according to container dimensions, foil specifications, die design and required production output.

Aluminium Foil Container Manufacturing Applications

The ALP-110 can be used with different dies to manufacture a variety of aluminium foil packaging products, including:

• Aluminium foil food containers

• Takeaway food trays

• Catering containers

• Baking trays

• Airline meal containers

• Disposable aluminium trays

• Foil container lids

• Other formed aluminium foil packaging

Different container shapes and sizes require corresponding tooling and production settings. The appropriate press and die configuration should therefore be selected according to the actual product design.

Technical Specifications

How Aluminium Foil Containers Are Produced

Aluminium foil container production combines material feeding, stamping and forming into a continuous manufacturing process.

A typical production flow is:

Aluminium Foil Roll → Material Feeding → Press & Die → Blanking and Forming → Finished Foil Container

The aluminium foil is continuously delivered to the working area by the feeding system. During each press cycle, a dedicated die cuts and forms the material into the required container profile. Different dies can be developed for round, rectangular, compartment and other container designs.

The actual production process may vary according to the container structure, number of die cavities and line configuration.

Designed Around Your Foil Container

Selecting a foil container press is not based on press tonnage alone. Container geometry, foil thickness, tooling dimensions and production targets all affect equipment selection.

When evaluating an aluminium foil container project, the following information should be considered:

Container Size and Shape
The dimensions and geometry of the finished container determine the required tooling area and forming process.

Aluminium Foil Specifications
Material grade, width and thickness affect feeding, forming and die requirements.

Die Configuration
Single-cavity and multi-cavity dies may require different working areas and production configurations.

Production Capacity
Target output influences press speed, die configuration, feeding system and overall line design.

Tooling Requirements
The press working area, stroke and die height should match the selected aluminium foil container die.

KINGLAN can evaluate these factors together to recommend a suitable press and production configuration.

ALP-110 for Continuous Foil Container Production

The ALP-110 can operate with dedicated aluminium foil container tooling and material feeding equipment for repeated production cycles.

Its press configuration supports accurate die operation and controlled material forming, while the feeding system continuously positions aluminium foil for each stamping cycle. This makes the machine suitable for manufacturers seeking to automate repetitive foil container production.

For applications with different tooling dimensions or forming requirements, other ALP Series press capacities are also available.

Complete Aluminium Foil Container Production Solution

A foil container production project requires more than the press itself. The press, die and material handling equipment need to work together as one production system.

KINGLAN can configure a foil container manufacturing solution with equipment such as:

By matching these components to the same production requirement, manufacturers can establish a more integrated aluminium foil container stamping process.

From Container Design to Equipment Configuration

Different foil containers require different manufacturing solutions. Instead of selecting a press based only on a standard machine model, the production system should be evaluated around the finished product.

For a new project, KINGLAN can review:

• Container drawings or samples

• Container dimensions and shape

• Aluminium foil specifications

• Required die cavities

• Expected production capacity

• Available production space

• Automation requirements

Based on this information, the press, die and feeding configuration can be evaluated for the specific application.