Multi Layer Plastic Storage Drawer Mould

 

Mould name	Multi Layer Plastic Storage Drawer Mould
Product material	HDPE, plastic
Product size	380X180X500mm
Product weight	4.5kg
Mould material for cavity &. Core	C45, P20, 718, 2738
Mould base	C45
Injection system	Hot runner open gates or valve gates
Suitable injection machine	650T
Mould size	450x350x750mm
Mould lifetime	More than 300,000pcs

 

 

In order to design high-quality plastic drawer injection mould, a complete planning scheme is first required. We need to understand the customer's needs and plan for material selection, mould design, production process arrangement, and other aspects. At the same time, we also need to timely carry out mould manufacturing, trial molding, and debugging to ensure the quality and production progress of the moulds.

In terms of mould design, we need to follow the customer's requirements and combine factors such as size, shape, and material to carry out the design. At the same time, we also need to fully consider the usage habits of the drawer, ensuring that the structure of the mold is reasonable, firm, and stable.

In the production process, we need to strictly follow the production process and quality standards for operation. At the same time, we also need to use high-quality raw materials and advanced production equipment to ensure the service life and quality of the drawers.

In order to ensure the quality and stability of plastic drawer injection mould, we also need to carry out timely maintenance and upkeep of the mould. Regularly inspect the wear of mould and replace components with shorter lifespans in a timely manner to ensure the long-term effectiveness of the mould.

 

 

Firstly, it is necessary to consider storing content. Different items require different storage methods, such as tableware, toiletries, and clothes. If you need to store small items such as seasonings, cosmetics, etc., you can choose a taller plastic drawer, which can accommodate more items and is more convenient for retrieval and storage. If you need to store larger items such as clothes, fabrics, etc., you can choose lower plastic drawers, which can provide better stacking space for items and also be more aesthetically pleasing and practical.

Secondly, choose the appropriate drawer size and number of layers based on the spatial dimensions. If space is tight, you can choose smaller plastic drawers and reduce the number of drawer layers appropriately to maximize space utilization. If the space is spacious, you can choose larger plastic drawers and increase the number of drawers to better classify and place items.

Finally, personal habits and storage methods need to be considered. Different people have different ways of handling items, so it is necessary to choose the appropriate plastic drawer according to one's own storage habits and methods. For example, some people like to classify items according to color, size, and other standards. They can choose multi-layer transparent plastic drawers, which can facilitate finding the items they need; Some people prefer to group storage according to functional requirements, in which case they can choose multi-layer opaque plastic drawers.

 

 

 

 

The design and processing of the core pulling structure of plastic storage drawer mould is one of the key links in the production of plastic products. A high-quality mold design and processing plan can effectively improve the production efficiency and quality of plastic products. When designing and processing the core pulling structure of plastic storage cabinet molds, the following steps need to be followed:

1. Determine product requirements: Before designing the core pulling structure of the plastic storage cabinet mold, we need to confirm the size, shape, material, and quantity requirements of the product. Only by understanding this information can we determine the appropriate mold design and processing plan.

2. Design core pulling structure: Design a suitable core pulling structure according to product requirements. Core pulling structure refers to movable parts in the mold that can remove plastic parts from the mold during the opening and closing process. According to different shapes and sizes, it may be necessary to design multiple core pulling structures.

3. Determine the mold material: The choice of mold material has a significant impact on the durability and production efficiency of the mold. When designing the core pulling structure of plastic storage cabinet molds, it is necessary to choose mold materials with high strength, high wear resistance, and high toughness.

4. Mold processing: Process the mold according to the design plan. Mold processing requires the use of precision machining techniques and equipment to ensure the accuracy and quality of the mold.

5. Debugging and testing: After completing the mold processing, debugging and testing are required to ensure that the mold can be used normally and produce high-quality plastic parts.

 

 

Three coordinate detection is a high-precision and high-efficiency CNC detection technology, which has profound significance for plastic mold processing. Firstly, three coordinate detection can ensure the accuracy and quality of plastic molds, improving production efficiency and product quality. Secondly, three coordinate detection can accurately measure various parameters such as the size, position, and shape of plastic molds, which not only facilitates adjustment and optimization in production and manufacturing, but also helps improve the production efficiency and coordinated management of factories. In addition, three coordinate detection can also detect possible defects and problems in the production process of plastic molds, which is beneficial for early detection and resolution of problems, reducing production losses and scrap rates.

 

 

 

 

Mould Steel

Hot Runner System

Standard Parts

 

Rich Experience.

We have many years of experience in making plastic injection molds and have a comprehensive understanding of industry needs and customers' actual requirements. Our professional engineers can independently carry out a complete mold making process with design, manufacturing, and debugging as the main content, and provide professional advice on the selection of mold surface treatment, nozzle design, and mold pressure distribution. It is these experiences that give us the right grasp in meeting the needs of different customers.

Technological Leadership.

As our customer, you will enjoy the benefits of our advanced technology. We use the most advanced CAD/CAM/CAE software for mold design and manufacturing. These technologies enable us to make molds faster and more accurately. To ensure optimal performance of our molds, we use heat flow analysis software to optimize the construction of the molds. Our advantageous technology continuously improves our production efficiency and product quality, bringing customers a better experience.

High-quality materials.

We use the highest quality materials for the manufacturing of plastic injection molds, such as: SKD61, H13, 1.2767, NAK80, S136, 1.2344, etc. High quality raw materials can provide our molds with higher hardness, better processing performance, and longer service life. The advantages of these materials ensure the consistency and quality stability of our molds in production.

Customer Service.

We place great emphasis on customer service and always prioritize customer experience, providing comprehensive services from mold design to product production. We prioritize customer needs and provide the highest quality and most affordable customized solutions and solutions. We are always ready to respond to customer requests and feedback, and work with customers in a timely and effective manner to ensure that their expectations are met.

Finally, we choose to adopt environmentally friendly manufacturing processes and ensure compliance with international quality standards through strict quality inspections.