Cosmetics packaging products and PET Preform Cap

Thin wall mold Lunch box disposable fast food box milk tea cup disposable coffee cup tea cup

Thin wall mold Lunch box disposable fast food box milk tea cup disposable coffee cup tea cup

* Light weight solution - provide clients optimized product design suggestion, to achieve the best production performance.

* Interchangeable stack component design - 80% of parts are able to replace on Injection Molding Machine, to reduce the time waste.

* Wear plate design - for long-term concern, concentricity adjustment more easily.

* Square- centering cavity design/ Round- centering cavity design

Multi-cavity design: 16cav, 8cav 6cav,4cav,2cav,1cav…etc.

The difficulties in manufacturing thin-walled fast food box molds mainly include the following aspects:

Mold structure design: Thin-walled molds need to take into account the shape and size of the fast food box, as well as the opening and closing method of the mold and the layout of the injection system. Since the wall thickness of the fast food box is thin, the structure of the mold needs to be designed to be stronger and more stable to ensure that the mold will not deform or break during the injection molding process.

Material selection: Thin-walled molds need to use materials with high hardness and high wear resistance to resist the high pressure and high temperature during the injection molding process. At the same time, the thermal conductivity of the material also needs to be taken into consideration to ensure that the mold can be cooled quickly and improve production efficiency.

Processing accuracy requirements: Thin-walled molds require high processing accuracy, especially the surface finish and flatness of the mold cavity, which need to ensure that no defects or flaws occur during the injection molding process. At the same time, the dimensional accuracy and fitting accuracy of the mold also need to be taken into consideration to ensure the opening and closing of the mold and the normal operation of the injection system.

Injection molding process optimization mainly includes the following aspects:

Injection molding parameter optimization: By adjusting the injection speed, injection pressure, holding time and other parameters of the injection molding machine, the best injection molding effect can be obtained. Especially in the thin-wall injection molding process, injection speed and injection pressure need to be controlled to avoid defects and imperfections.

Cooling system optimization: By designing a reasonable cooling system, the cooling speed of the mold can be accelerated and the injection molding cycle can be shortened. Especially in the thin-wall injection molding process, it is necessary to consider that the wall thickness of the fast food box is thin and the cooling speed needs to be faster to avoid thermal stress and deformation.

Mold temperature control: By controlling the temperature of the mold, it is possible to ensure that the plastic material can maintain an appropriate molten state during the injection molding process and can fully fill the mold cavity. Especially in the thin-wall injection molding process, the temperature distribution uniformity of the mold needs to be controlled to avoid thermal stress and deformation.

Mold surface treatment: Polishing, spraying and other treatments are performed on the mold surface to improve the surface finish and wear resistance of the mold and reduce the friction and wear of plastic materials during the injection molding process.

Through the above optimization measures, the manufacturing quality and injection molding effect of thin-walled fast food box molds can be improved, the defect rate can be reduced, and production efficiency can be improved....please send us a message (Email: info@ansixtech.com ) at any time and our team will reply to you within 12 hours.

product details

FEATURES

Mold Description
Product Materials:	PP
Mold Material:	2344 S136 Cr12、Cr12MoV、Cr12Mo1V1
Number of Cavities:	1*4
Glue Feeding Method:	Hot runner
Cooling Method:	Water cooling
Molding Cycle	8.5s

Thin wall Lunch box mold disposable fast food box milk tea cup disposable coffee cup tea cup Mold flow analysis and mold design

Mold flow analysis and mold design of thin-walled molds for thin-walled lunch boxes, disposable fast food boxes, milk tea cups, coffee cups and tea cups are one of the key steps in manufacturing these products.

Mold design:

The mold design of thin-walled lunch boxes, disposable fast food boxes, milk tea cups, coffee cups and tea cups needs to consider the following factors:

Appearance design: The appearance design of the product should conform to the overall style and aesthetic requirements of the product. Factors such as the shape, curves and details of the enclosure need to be considered.

Internal structure design: The internal structure design of the product should consider the use function and assembly requirements of the product to ensure the stability and reliability of the product.

Material selection: Choose suitable plastic materials, such as polypropylene (PP) or polystyrene (PS), to meet product usage requirements and cost control.

Mold manufacturing process: According to the size and shape of the product, select the appropriate mold manufacturing process, such as CNC machining, EDM and wire cutting, etc.

Mold flow analysis:

Mold flow analysis is an important step in the mold design process. Through mold flow analysis, the flow of plastic during the injection molding process can be simulated to help optimize mold design and avoid defects such as bubbles, short shots, and warpage. Mold flow analysis can be carried out using professional mold flow analysis software. According to the geometry of the mold and injection molding process parameters, the flow of plastic in the mold is simulated and corresponding analysis results and suggestions are given. Through mold flow analysis, the design of the mold can be optimized to improve product quality and production efficiency.

In summary, thin-walled mold flow analysis and mold design for thin-walled lunch boxes, disposable fast food boxes, milk tea cups, coffee cups and tea cups is one of the key steps in manufacturing these products. Through reasonable mold design and mold flow analysis, products with beautiful appearance and reliable quality can be manufactured. At the same time, attention needs to be paid to the optimization of material selection, processing technology, and mold design during the mold manufacturing process to ensure the quality and durability of the mold.

Thin wall Lunch box mold disposable fast food box milk tea cup disposable coffee cup tea cup of the mold manufacturing process and product material selection

There are some difficulties in the manufacturing and processing of thin-walled molds for thin-walled lunch boxes, disposable fast food boxes, milk tea cups, coffee cups and tea cups. At the same time, rapid injection molding has some advantages.

Difficulties:

Thin-walled structural design: The structural design of thin-walled products needs to consider the strength and stability of the product to avoid problems such as deformation and warping.

Injection molding process control: The injection molding process of thin-walled products requires precise control, including injection speed, temperature control, cooling time, etc., to avoid short shots, bubbles and other defects.

Mold manufacturing and processing: The manufacturing and processing of thin-walled molds require high precision and stability to ensure the size and appearance quality of the product.

Advantages of rapid injection molding:

Efficient production: Rapid injection molding can achieve high-speed injection molding, improve production efficiency, and is suitable for mass production needs.

Integrated molding: Rapid injection molding can realize the integrated molding of products, reduce subsequent processing steps, and improve production efficiency.

High-quality products: Rapid injection molding can achieve high-precision and high-stability products, ensuring product size and appearance quality.

Cost savings: Rapid injection molding can reduce manual operations and production cycles, reducing production costs.

Advantages of product material PP selection:

Choosing PP materials as materials for thin-walled lunch boxes, disposable fast food boxes, milk tea cups, coffee cups and tea cups has the following advantages:

Heat resistance: PP material has good heat resistance and can withstand use in high temperature environments. It is suitable for containers for hot drinks and hot food.

Chemical resistance: PP material has good chemical resistance and good corrosion resistance to chemicals such as acids and alkalis. It is suitable for use in food packaging and other products that need to come into contact with chemical substances.

Lightweight and high strength: PP material has lower density and higher strength, which can create lightweight but strong and durable products.

Recyclability: PP material has good recyclability, meets environmental protection requirements, and can reduce the impact on the environment.

There are some difficulties in the manufacturing and processing of thin-walled molds for thin-walled lunch boxes, disposable fast food boxes, milk tea cups, coffee cups and tea cups, but rapid injection molding has the advantages of efficient production, one-piece molding, high-quality products and cost savings. . Choosing PP material as product material has the advantages of heat resistance, chemical resistance, light weight, high strength and recyclability.

Thin wall Lunch box mold disposable fast food box milk tea cup disposable coffee cup tea cup Mass production and Quality control

The mass production of thin-walled lunch boxes, disposable fast food boxes, milk tea cups, coffee cups and tea cups by injection molding involves many aspects such as cost control, production efficiency improvement, lunch box material selection and process quality control.

Cost control:

In the mass production process, cost control is required to reduce production costs. Common cost control measures include:

Raw material cost control: Select appropriate raw material suppliers, conduct cost negotiation and optimization, and reduce raw material costs.

Labor cost control: Optimize the production process, improve production efficiency, and reduce manual operation time and labor costs.

Equipment cost control: Reasonably select equipment suppliers, control equipment procurement and maintenance costs, and reduce equipment costs.

Improvement of production efficiency:

In order to improve production efficiency, the following measures can be taken:

Automated production line: Introduce automated equipment and production lines to achieve efficient operation of automated injection molding and production processes.

Parallel production: Parallel production is adopted to carry out multiple processes at the same time to shorten the production cycle.

Optimize process parameters: Improve production efficiency and quality by optimizing injection molding process parameters, such as injection speed, temperature control, etc.

Lunch box material selection:

Choosing the right material is critical to the quality and performance of thin-wall lunch boxes. Common meal box material choices include:

Polypropylene (PP): PP material has good heat resistance, chemical resistance and recyclability, and is suitable for the manufacture of thin-walled lunch boxes.

Polystyrene (PS): PS material has good transparency and formability, and is suitable for manufacturing transparent thin-walled lunch boxes.

Process quality control:

During mass production, process quality control is required to ensure product consistency and stability. Common quality control measures include:

Quality control plan: Develop a quality control plan to clarify the quality requirements and control methods for each link.

Inspection and testing: Conduct product inspection and testing, such as appearance inspection, dimensional measurement, functional testing, etc., to ensure that the product meets the requirements.

Process monitoring: Monitor the production process, such as temperature control, injection pressure control, etc., to ensure product consistency and stability.

The mass production of thin-walled mold injection molding of thin-walled lunch boxes, disposable fast food boxes, milk tea cups, coffee cups and tea cups involves cost control, production efficiency improvement, lunch box material selection and process quality control, etc. aspect. Through reasonable measures and management, production costs can be reduced, production efficiency improved, and product quality and stability ensured.