LK-T63 Siemens Main Motor India Hot Selling Containers Aluminium Foil Food Trays Production Line

Product Description:
This production line is specifically designed for the Indian and surrounding markets to efficiently produce aluminum foil containers and food trays. The equipment is equipped with a Siemens main motor, ensuring stable and reliable power to support long-term continuous production. The entire line adopts a fully automatic design, capable of producing 9,000-12,000 containers per hour, requiring only 1 operator to complete the production process. The equipment is built with a sturdy and durable structure, simple to operate, and perfectly suited to meet the high-volume demand for aluminum foil containers in the Indian market.

Technical Parameter Table:

Machine Features:

1. Siemens Power System
Utilizes Siemens brand main motor with stable power output, supporting 24-hour continuous operation. High motor efficiency and low failure rate ensure production schedules remain uninterrupted.

2. Optimized for the Indian Market
Production efficiency matches Indian market demands. The sturdy equipment structure is suitable for high-intensity production environments and can produce various sizes of aluminum foil containers commonly found in the Indian market.

3. Fully Automatic High-Efficiency Production
Fully automated process from feeding to stacking, requiring only 1 operator. Touchscreen control offers simple and intuitive operation with real-time production data display.

4. Quick Mold Change Design
Equipped with a mold lifting arm, allowing a single operator to complete mold changes in about 15 minutes. The machine can store parameters for 60 sets of molds, facilitating the production of different product specifications.

5. Comprehensive Safety Protection
Configured with safety doors and automatic shutdown systems to ensure operational safety. Automatic scrap recycling maintains a clean production environment.

6. Stable Quality Control
Defect rate controlled below 1/1,000. Trim loss optimized based on product shape, effectively controlling production costs.

Aluminum foil container sample:

Aluminum foil container making machine detail:

Aluminum foil container making machine shipping

LIKEE Exhibition Participation Record 

Company introduction：

FAQ Common Questions:

1. Q: Why choose this equipment to produce containers for the Indian market?
A: The equipment's production efficiency (9,000-12,000 pieces/hour) fully matches the Indian market's demand volume. Its sturdy structure is suitable for long-term production, and its economical energy consumption fits cost-sensitive markets.

2. Q: What are the advantages of the Siemens motor?
A: The Siemens motor operates stably, supports 24-hour continuous production, and has a low failure rate, ensuring production schedules are completed on time.

3. Q: How many workers are needed to operate this equipment?
A: Only 1 operator is required for the entire production line, mainly responsible for monitoring equipment operation, replenishing raw materials, and collecting finished products.

4. Q: What specifications of products can the equipment produce?
A: Optimized specifically for 3-cavity molds, ideal for producing small to medium-sized aluminum foil containers. For other specifications, corresponding molds can be customized.

5. Q: How long does it take to change molds?
A: A single operator can complete a mold change in about 15 minutes. The equipment can store parameters for 60 sets of molds, allowing direct recall of corresponding parameters after a change.

6. Q: How are equipment failures handled?
A: The equipment has an automatic alarm function, and fault information is displayed on the touchscreen. We provide a 1-year warranty and lifelong technical support.

7. Q: What are the power requirements?
A: Standard configuration is 380V/50Hz three-phase power, which can be adjusted according to local voltage requirements.

8. Q: How is the defect rate controlled?
A: The defect rate is controlled below 1/1,000, ensuring quality through stable equipment performance and optimized mold design.