Product Description

die casting mold led display frame

Die casting led display mold cavity after CNC machining and polishing

The cavity steel; H13 HRC48 52

The die casting mold life time; 60k shots

The mold cavity process; CNC machining, EDM, wire cutting, polishing, fitting 

The die casting mold size; 650*500*450mm

In modern manufacturing, the combination of mold, die casting, and LED display frame demonstrates significant advantages. This combination not only improves the performance of LED displays, but also enhances their durability and aesthetics.
Firstly, the LED display frame utilizes precise mold technology during the manufacturing process. The application of Mold technology ensures high precision and consistency in the design and manufacturing of LED display frames. By using high-quality molds, LED display frames that meet strict design standards can be manufactured, ensuring consistency in appearance and size. This is particularly important for displays that require high precision and aesthetics.
Secondly, the LED display frame is manufactured using die casting technology and has significant structural strength and durability. Die casting technology can inject molten metal into molds, forming complex and intricate geometric shapes. The LED display frame manufactured in this way not only has high strength, but also can withstand various external environmental influences, thereby extending the service life of the display screen.
The LED display frame manufactured by Die casting also has excellent heat dissipation performance. LED display screens generate a large amount of heat during long-term operation. Die casting technology can create a framework structure with good heat dissipation effect, thereby maintaining the temperature stability of the display screen, preventing overheating, and improving the performance and durability of the display screen.
The LED display frame adopts high-quality materials and advanced manufacturing technology, making it highly competitive in the market. By using high-quality materials, LED display frames are not only lightweight, but also have excellent corrosion resistance and oxidation resistance. This enables the LED display frame to maintain good performance in various harsh environments, providing excellent display effects for both outdoor billboards and indoor display screens.
The design of the LED display frame also has a high degree of flexibility and customization ability. By adjusting the mold and die casting processes, manufacturers can customize LED display frames of different sizes, shapes, and functions according to the specific needs of customers. This flexibility enables LED display frames to meet the needs of various application scenarios and provide personalized solutions for customers.
In addition, the aesthetics of LED display frames are also one of their important advantages. Through precise mold and die casting technology, LED display frames can achieve diverse surface treatments, such as spraying and anodizing, making display screens not only functional but also aesthetically pleasing. This diverse surface treatment option makes LED display frames more attractive in the market and can meet the aesthetic needs of different customers.
Finally, the manufacturing process of LED display frames is more environmentally friendly and economical. The efficient production method of Die casting technology results in higher material utilization, less waste, and lower energy consumption. This not only reduces production costs, but also conforms to the concept of sustainable development, making LED display frames a more environmentally friendly choice.
In summary, the combination of mold, die casting, and LED display frame technology provides strong support for the manufacturing of LED displays. By utilizing these advanced manufacturing technologies, manufacturers can produce high-quality and high-performance LED display frames to meet the needs of various display screens.

Product name; die casting mold led display frame, Die casting led display mold cavity after CNC machining and polishing

Material; 8408,8417, 2344ESR, DHA1,DH31,H13

Dimensions; Customized

Process;  Tooling design-Tooling fabrication- Die casting- deburring-machining-finish-packing

Drawing examination- Pouring system design-Flow demo-Design confirm-Mold Material Preparation- Mold Frame Processing-Mold Core Processing-Electrode Processing-Mold Parts Processing-Inspection-Assembly- Mold Mating-Test shot-Sample approval-Production

Certification; ISO9001/ IATF16949

About us;

Dongguan Bestcourser Die Casting Ltd is a leading manufacturer specializing in customized precision parts made from aluminum alloy and magnesium alloy. Our factory is located in Dongguan city, Guangdong province.

With years of experience and development, we offer a variety of die casting production lines, including 3500T, 2500T, 1650T, 800T, 500T, and 300T, to cater to the needs of our clients. Our automatic production line ranging from 300T to 3500T is ideal for manufacturing automobile accessories, electronic parts, mechanical equipment, die casting mold led display frame and LED lighting precision parts. We provide professional services to our clients, from purchasing standard raw materials to die casting, precision CNC machining, surface treatment, inspection, and packaging. Our goal is to solve our clients' worries and problems.

Dongguan Bestcourser Die Casting Ltd’s advantages;

1st; With rich experience in aluminum and magnesium die casting from Engineering, tooling, die casting, CNC machining, surface treatment, inspection, packing and logistics... we support one stop service;

2nd; With 3500t, 2500t, 1650t to 300t die casting automatic production lines, we could provide long range die casting products from 1.0 meter parts to 1.5 meter parts, with high precision CNC machines, we could provide auto parts, die casting mold led display frame to electronic parts to customers;

3rd; With 20 project managers and more then 30 sales persons, we could provide best service to our customers from each process with professional technologies.