LK-T80 Aluminum Foil Making Machine Container for Round Square Rectangle Trays

If you need to produce aluminum foil trays or containers in various common shapes, the LK-T80 can meet the production requirements for round, square, and rectangular products. The equipment itself has universal stamping and forming capabilities, with the key being the replacement of corresponding molds for different shapes.

For round trays, the mold design must ensure uniform curling and consistent forming depth. For square and rectangular tray production, attention must be paid to the forming quality of the corners to avoid material buildup or excessive stretching. The LK-T80's stamping system can provide stable forming pressure, and when paired with appropriate molds, it can complete the forming of these common geometric shapes.

When producing products of different shapes, adjustments to the equipment mainly focus on mold installation and parameter settings. For example, when switching between round and square molds, it may be necessary to adjust the feeding step distance and demolding ejection settings. Operators follow established procedures for adjustments, allowing the equipment to adapt to these changes.

This capability to handle multiple shapes provides flexibility in your production planning. When market demand or customer orders involve containers of different shapes, you can use the same main equipment and expand your product line by investing in corresponding molds, without having to configure an entire production line for each shape individually.

• Capable of producing aluminum foil containers in various common geometric shapes such as round, square, and rectangular

• Achieves production switching between different shapes by changing molds

• Stamping system provides stable forming force to meet the forming requirements of different shapes

• Provides the equipment foundation for product diversity in the production line

• Reduces the cost of investing in dedicated production lines for single-shape products

Applications:

It accepts orders of 1 unit minimum, priced $45,000-$75,000. Packed in strong wooden crates and iron casings, it’s shipped safely worldwide without damage.

Off-the-shelf models arrive in 30 days, customized ones as agreed. Flexible payment (T/T, L/C) and 50 units/year production capacity for quick order handling enhance its dependability.

Q1: Can the LK-T80 only produce products of a fixed shape with one set of molds?
No. The LK-T80 itself is a universal stamping platform. As long as the corresponding mold for a specific shape is installed, it can produce products designed by that mold. You can own multiple sets of molds for round, square, or rectangular shapes and switch between them based on order requirements.

Q2: What needs to be adjusted when switching from producing round trays to square trays?
The main task is to change the molds, including the upper and lower dies. At the same time, adjustments may be needed in the equipment's control system, such as the feeding step length and forming pressure, to ensure the new molds produce qualified products. The entire switching process requires some debugging time.

Q3: How do the equipment requirements differ for producing rectangular trays compared to square trays?
The principle is the same—both are achieved by changing molds. However, rectangular molds, due to their unequal length and width, require design considerations for balanced material flow to prevent wrinkles on the longer sides. The equipment itself needs to provide stable and adjustable forming pressure to accommodate different stretching requirements.

Q4: What practical value does this multi-shape production capability bring to my business?
It enhances the market adaptability and order-taking capability of your production line. When facing customers who require containers of different shapes, you can respond more flexibly without having to reject orders or outsource production. The cost of investing in molds is typically much lower than investing in a new dedicated production line.

Q5: How can stable production quality be ensured for products of different shapes?
The key lies in two aspects: first, the design and manufacturing precision of each mold set itself; second, whether the equipment can operate stably under the parameter settings corresponding to each mold. We conduct matching tests between the molds and equipment before leaving the factory and provide recommended process parameter ranges as a starting point for debugging.