UAV mold is a precision tool specially used to manufacture UAV shell and its related parts. The following is a detailed introduction to the UAV mold:

1. Definition and classification

Definition: UAV mold is a variety of molds and tools used in industrial production to obtain products needed by injection molding, blow molding, die casting, etc.

Classification: According to the processing technology and processing objects, UAV molds can be divided into metal processing molds and non-metal processing molds. Among them, plastic molds are more common in non-metallic molds, especially suitable for the manufacture of drone shells.

2. Structure composition

UAV mold generally includes two parts: dynamic mold and fixed mold (or punch mold and concave mold), which can be separated and combined. The parts are taken out when separated, and the blanks are injected into the mold cavity when closed.

3. Design and Manufacturing

Mold design: Collect the product drawings and technical requirements of the UAV shell, understand the size, structure and surface requirements of the product and other information, and then design the structure, size and processing requirements of the mold and other parameters, and draw the mold drawings.

Material selection: According to the size of the mold and processing requirements, choose the appropriate material, such as cast iron, steel or aluminum alloy. For drone shell molds, lightweight and high-strength materials such as aluminum alloy are a common choice.

Processing technology: Determine the processing technology, such as fitters, turning, milling, grinding, etc. The manufacturing process of UAV shell mold is complex and rigorous, requiring a high level of technology and manufacturing experience.

4. Manufacturing process

Material preparation: Prepare the selected mold material according to the requirements, and carry out preliminary processing, such as forging, casting or sawing.

Mold processing: According to the mold drawing, mold processing, such as shell cutting, internal opening, stamping, etc.

Surface treatment: The surface of the mold has been processed for treatment, remove scratches, burrs and other defects, and anti-rust and anti-corrosion treatment.

Installation and debugging: After the mold processing is completed, it is necessary to install and debug the mold to ensure that the mold structure is correct, the size is accurate, and the mold can operate normally.

Mold testing and testing: test mold processing, including injection molding, die casting and other processing processes, mold performance testing and evaluation. At the same time, the size of the mold parts, material strength testing, surface quality testing, etc., to ensure that the mold has no defects or other quality problems.

5. Precautions

Select the appropriate mold material and processing technology to ensure the strength, stability and corrosion resistance of the mold.

Ensure that the mold processing environment and equipment are clean and tidy to ensure the quality of the mold and processing accuracy.

Regular maintenance and maintenance of the mold, including anti-rust and anti-corrosion treatment of the surface, inspection and adjustment of the structure.

6. Application field

UAV mold is widely used in the UAV manufacturing industry, especially for the UAV shell manufacturing with high precision and high quality requirements. With the continuous development of UAV technology, the design and manufacturing of UAV molds are also constantly improving to meet higher production needs.