| Brand Name: | LIKEE |
| Model Number: | LK-T80 |
| MOQ: | 1 Set |
| Price: | $45000-75000/set |
| Delivery Time: | standard machine is 30 days. Customized machine is as per contract |
| Payment Terms: | T/T , LC |
LK-T80 Aluminum Foil Making Machine Container Handles Both Thin & Thick Materials
If you need production equipment that can flexibly adapt to aluminum foil materials of different thicknesses, the LK-T80 aluminum foil container making machine is designed to handle both thin and thick material requirements. This means when your product line needs to switch material specifications, the same equipment can continue to be used without additional investment.
The equipment achieves this compatibility through several key design features. The feeding system is equipped with adjustable pressure and tension controls that can adapt to the feeding requirements of materials ranging from thin to thick. The stamping system offers a wide pressure adjustment range to provide appropriate forming force for different material thicknesses. The mold clearance also features an adjustable mechanism, allowing operators to set it according to material thickness.
For thin material production, the equipment's stability during high-speed operation helps reduce material deformation and tearing. For thick material production, the equipment's rigid structure and sufficient power output ensure forming effectiveness. This adaptability provides greater flexibility when responding to market changes or custom client demands.
In practical use, when you need to switch from producing thin-walled containers to producing trays requiring thicker materials, you can accomplish this by adjusting equipment parameters. While some debugging time is required, this approach is more cost-effective compared to purchasing dedicated equipment.
Compatible with both thin and thick material production needs
Feeding system with adjustable pressure and tension
Stamping system provides wide-range pressure adjustment
Adjustable mold clearance adapts to different materials
Offers flexibility for diverse production requirements
|
Press Capacity |
80ton |
|
Inatalled Power |
26KW |
|
PLC |
Mitsubishi |
|
Main Motors |
Siemens ABB |
|
Low-voltage Components |
Schneider |
|
Core Feature |
Supporting Moulds Support Customization |
| Mould Customization Scope | Logo, knurling,etc |
|
Applicable Raw Material |
3003 H24 |
| Machine working service | 10years |
| Machine Working ability | 24hours |
|
Working Speed |
From 35-70 strokes/min |
|
Output |
12000pcs/hour |
|
Main Motor |
Siemens |
|
Ram Adjustment |
80mm |
| Total Weight | 14500KG |
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.
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Q: What specific thickness ranges can the equipment handle?
A: The equipment is designed to accommodate common aluminum foil material thickness ranges. Specific parameters can be confirmed based on your actual production needs.
Q: How long does it take to debug when switching material thickness?
A: Debugging time depends on the extent of product change. Switching from thin to thick materials typically requires several hours for parameter adjustment and testing.
Q: How is quality ensured during thin material production?
A: The equipment maintains stable operation through precise control systems. Combined with appropriate mold design, this helps reduce common issues in thin material production.
Q: Does thick material production affect equipment lifespan?
A: The equipment design already considers the load requirements of thick material production. Under normal use and maintenance, it will not significantly affect equipment lifespan.
Q: Are different molds needed for different material thicknesses?
A: This mainly depends on product shape. Sometimes the same mold can be used by adjusting clearance; other times specially designed molds may be needed.
Q: Does this compatibility affect production efficiency?
A: Efficiency can remain stable during continuous production of a single material. When frequently switching between different thickness materials, appropriate debugging time is needed.