Rapid Prototyping and Manufacturing for Automotive Industry

Rapid Automotive Prototyping and Manufacturing

The importance of automotive parts manufacturing: the safety performance of the car is related to human life, and all the spare parts on the car need the double high requirements of accuracy and life. Automotive parts manufacturing quality includes parts manufacturing quality and assembly quality, parts machining quality is to ensure product quality of the basic machining quality including processing geometric accuracy and surface processing quality, Lori with 15 years of continuous improvement, through research and development, quality, equipment to ensure the production of all automotive precision part are excellence.

Lori provide high quality manufacturing services for your custom automotive prototypes and production parts. Lori's innovative automotive component design and strong manfacturing capacity allow you to stay ahead of the competition in the automotive industry.

Automotive Manufacturing Capabilities

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

CNC Machining

In the automotive industry, CNC machining is used to manufacture complex parts with high precision. Our Fast and precise CNC machining through the use of state-of-the-art 3-axis，4-axis and 5-axis equipment and lathes.

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 automotive industry.

Injection Molding

Injection mold technology can produce high-performance automotive parts. In addition, in the automotive industry, injection mold technology can also produce high-strength and high-rigidity automotive material parts, making important contributions to the cause of Injection mold technology can produce high-performance automotive parts.

3D Printing

In the automotive 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 Automotive parts

We have a long list of production-grade materials, including metals and composites, that are ideal for the automotive industry. View common materials for an automotive part.

Aluminum

Titanium

Steel

Copper

Magnesium

Aluminum

Aluminum metal is light in weight, has good ductility and yield strength, and is very suitable for the production of lightweight automotive parts. The wheels, engine parts, underframe, shock absorber bracket and space frame in the car are all aluminum alloy types.

Titanium

Titanium has excellent chemical and corrosion resistance. As structural functional materials, titanium and titanium alloy are ideal materials for automobile to achieve lightweight, high performance and high function.

Steel

Steel is durable and efficient. It is corrosion-resistant and lightweight. This metal can be used in the production of automotive brakes, engines, wheels, body frames, car bottoms, etc.

Copper

Copper and copper alloys are indispensable materials in automobile manufacturing. Copper has good ductility, high thermal and electrical conductivity. It is used in automotive wiring, radiator, starting motor, engine, transmission and so on.

Magnesium

Magnesium is one of the lightest structural metal materials, with high specific strength and stiffness. Magnesium can be used in the production of instrument panel brackets, variable speed boxes, car window motor housing, oil filter joints, engine front covers, mirror covers, lamp holders and other automotive parts.

Lori Manufacturing For Automotive Applications

Lori provides a wide range of customized and standardized products for the automotive industry, with industry-leading expertise and technology to ensure that each specific application can be accurately and efficiently provided with the appropriate solution. Lori manufacturers use CNC machining, sheet metal process, die casting process, injection molding process for the automotive industry to manufacture automotive prototype product testing, and mass production of automotive parts, and can deliver products quickly and with high quality. Please contact Lori, we can provide high precision parts processing services for your automotive manufacturing.

Automotive Parts & Accessories

• Electric vehicle and battery parts

• Engine parts

• Fixtures and fixtures

• Electric bicycle and scooter parts

• Custom body parts

• Backing plate

• Bracket

• Instrument panel and steering wheel components

• Assembly line components

• Buffer

• Gearbox housing

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