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Accelerate the development of military products

Through fast CNC|die-casting production and small batch production, conquer the ever-shortening product development cycle and create supply chain flexibility

my country’s military industry is developing rapidly. As the trend of aluminum alloys, magnesium alloys, zinc alloys, and titanium alloys continues to drive innovation, lightweight companies are turning to Greenbat Technology to accelerate new product development and bring them to market faster. With rapid digital manufacturing and automated manufacturability feedback, Designers and engineers can reduce design and cost risks, while developing a more responsive supply chain to better respond to the demand for more customized magnesium alloy products for military products. .



Why choose Greenbat Technology to process military products?



CNC processing|die-casting molding

Reducing design risks through rapid iteration and die-casting in production materials without hindering development speed.


Supply chain flexibility

By using automatic quotation, rapid processing and small batch production of parts, in the production plant, obtain on-demand support for production line emergencies, parts recalls or other supply chain failures.

Quality check

Use multiple quality documentation options to verify part geometry. Provide digital inspection, quality inspection, material inspection reports. .

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Mass customization

Implement small batch manufacturing to realize more diversified and customized intelligent functions tailored to modern military products.


Tools and fixtures

Improve the manufacturing process to achieve a higher degree of automation and simplify assembly of components through custom fixtures.


trw automotive component

The renderings show the top and bottom views of the complex clock spring assembly of military products.

Using magnesium alloy material to process military-industrial integrated machine

The most rugged and durable laptops provide plenty of power in a rugged, protective case, allowing you to work under extreme conditions without worrying about damaging equipment. All the best rugged laptops on this list are designed to withstand drops, impacts, water, dust, and extreme temperatures. Although they are not the lightest or thinnest laptops in the world, these laptops are durable.

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Which material is most suitable for military applications?


red thermoplastic automotive parts manufactured by protolabs

Rigidity:. The specific strength, () of magnesium alloy is much higher than that of aluminum and steel, and the stiffness of magnesium alloy increases proportionally with the increase in thickness. .

nylon 3d printed automotive fan part produced by protolabs

Lightweight: At present, the lightest alloy of structural metal materials mainly refers to magnesium-lithium alloy. It has the characteristics of low density, high strength, good plasticity and toughness.

liquid silicone rubber fluorosilicone automotive part manufactured by protolabs

Reinforced computer: Magnesium alloy materials (such as magnesium aluminum alloy) can be used for computer processing and notebook casings. Communication equipment can also be used for housing and handheld communication.

Magnesium alloy: This general-purpose metal for lightweight has an excellent strength-to-weight ratio and can be machined or die-casted. .


infographic illustrating the process for direct metal laser sintering (DMLS) in the aerospace industry
General military applications

Our digital manufacturing capabilities have accelerated the development of various magnesium alloy materials, aluminum alloys, and stainless steel military components. Several common military applications include:

  • Assembly line components
  • Fixture
  • Shell and shell
  • Plastic dashboard components
  • After-sales parts
  • Accessories
  • Notebook structure
  • Communication parts
To
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Free formability analysis within a few hours

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