Aerospace prototyping and manufacturing service

Aerospace Precision Machining

As the scope of the aerospace industry expands, aerospace engineers build commercial, military and private aircraft that can fly at higher and faster speeds, and aerospace engineers demand greater precision for spacecraft and satellite components, the demand for precision machined parts is also increasing. Lori As a manufacturer of precision machining services, we provide OEM parts with the most stringent tolerances for the aerospace industry.

At Lori, our reliable rapid prototyping services have served many customers representing different stages of the aerospace industry for more than a decade. We can create rapid prototypes of aerospace parts, and we can produce arospace parts in small batches or on a large scale at high quality standards and best prices.

Aerospace Manufacturing Capabilities

Lori offers a wide range of high precision manufacturing processes for aerospace prototypes and production parts. Lori's aerospace manufacturing capabilities are as follows.

CNC Machining

In the aerospace industry, CNC machining is used to manufacture complex parts with high precision, such as turbine blades, engine components and instrument panels. This CNC technology can produce parts with complex geometry and tight tolerances, which are essential features of aerospace part manufacturing.

Sheet Metal Fabrication

Laser cutting, bending, stamping, spinning, punching, welding. From various cutting tools to different manufacturing equipment, we can produce a large number of sheet metal. In the aerospace industry, sheet metal fabrication technology is essential for the manufacture of high-precision components such as brackets, panels and other structural parts

Injection Molding

Injection mold technology can produce high-performance aero engine impeller, which greatly improves the efficiency of aero engine. In addition, in the aerospace and military fields, injection mold technology can also produce high-strength and high-rigidity aerospace material parts, making important contributions to the cause of national defense.

3D Printing

In the aerospace industry, 3D printing technology can be used to make complex components that are difficult or even impossible to make with traditional methods. It produces lightweight yet robust parts that can be highly customized. In addition, 3D printing technology can facilitate rapid prototyping, accelerate design iteration, and reduce time to market.

Materials for Aerospace Components

We provide a variety of material possibilities with all our manufacturing processes. Check out some of the commonly used materials for aerospace components.

Aluminum

Titanium

Stainless steel

Carbon fiber

Silicone

Aluminum

Aluminum metal is light in weight and has good ductility and yield strength. Aluminum metal can be used to manufacture the shell of aviation aircraft, as well as the support and shell of various aviation instruments.

Titanium

Titanium alloy steel is widely used in aircraft structures. The aerospace industry is the the world's largest use of titanium alloys because of their excellent performance at high temperatures, resistance to corrosion, and favorable strength-to-weight ratio. Titanium has become a standard material in aerospace manufacturing. Titanium is utilized in the construction of aircraft fuselages and various parts of jet engines including discs, blades, shafts, and casings.

Stainless steel

Stainless steel is a high-strength, high-corrosion resistance material with a variety of advantages, including high temperature strength, heat resistance, mechanical strength and so on. In aircraft, stainless steel can be used to manufacture pressure components such as engine covers, turbine impels, and propellers.

Silicone

Silicone structural sealant is used in the aerospace field in the manufacturing process of aircraft, rockets and other aircraft, with high bonding strength and high temperature resistance.

Carbon fiber

Carbon fiber has the characteristics of high hardness, high strength, light weight, high chemical resistance and high temperature resistance. Carbon fiber is an essential strategic base material for cutting-edge weapons and equipment such as rockets, satellites, missiles, fighter jets and ships.

Lori Manufacturing For Aerospace Applications

Lori's manufacturing capabilities help accelerate the production of tailored aerospace components for a variety of specific applications. Here are some common aerospace applications.

Turbo pumps and manifolds

Transmission Components

Tooling, brackets, chassis, fixtures

Fuel nozzles

Gas and liquid flow components

Our Customizes Parts for Aerospace Industry

We can provide aerospace companies with manufacturing solutions to meet their unique needs. From prototyping to series production, we manufacture parts that meet industry performance and safety standards. Below are some of the precision machined aerospace prototypes and production parts we've done.

Part name	Application	Manufactuing technology
Seat	Air flow regulator	Grinding/ CNC turning
Control valve housing	Aircraft brakes	4-axis CNC milling
Check valve	Brake fluid flow control	Precision CNC turning
Piston	Engine valve	Conventional CNC turning
Hinge, Convergence flap	Flap control	3-axis CNC milling
Housing, Aileron	Flap control	5-axis CNC milling
Battery cell	Safety equipment	Swiss screw machine manufacturing
Mechanical mirror	Wing lights	5-axis profile CNC milling

Main Recommended Aerospace Products

Our company has more than 80 sets of five-axis and four-axis CNC machining centers, and has the process development and manufacturing capabilities of millions of ultra-supercritical steam turbines, gas turbines and aero engine blades.

Aerospace impeller, blade disc

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