APPLICATION

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OUR CAR

CUSTOMIZATION

Explore a world of customized automotive solutions through

our cutting-edge 3D printers.


Your journey to unparalleled vehicle

customization starts here.

3D PRINTING IN

CAR MANUFACTURING

Creatively revolutionizing 3D printing in the automotive industry, Kings proudly presents Kings ChongQing—a dynamic subsidiary.


Specializing in prototype manufacturing, vehicle customization, and cutting-edge modifications, we lead the charge for passionate automotive industry. Embrace innovation with Kings ChongQing and redefine your automotive journey!

Prototype manufacturing

Prototype manufacturing

Vehicle customization

Vehicle customization

Cutting-edge modifications

Cutting-edge modifications

WHAT OUR

MACHINES DO

Printing of Interior and Exterior Prototype Components

Printing of Interior and Exterior Prototype ComponentsPrinting of Interior and Exterior Prototype Components

Printing of Lightweight Components

Printing of Lightweight ComponentsPrinting of Lightweight Components

Small Batch Prototyping

Small Batch PrototypingSmall Batch Prototyping

The Advantages of 3D Printing in Automotive Applications

Prototype

Prototype

Vehicle

Vehicle

Cutting-edge

Cutting-edge

Cutting-edge

Cutting-edge

Integrated Printing: Featuring a 3D printer with the largest domestic forming size of 1.7 meters, addressing the integrated printing needs of automotive modifications.

Precision & Complexity Synergy: Achieving 0.05mm printing precision, our technology handles intricate details akin to hair strands. Unbound by complex structures in both design and printing, it allows personalized customization of intricate shapes.

Versatile Materials: Our company possesses a wide range of 3D printing devices for materials such as resin, metal, nylon, etc., catering to various custom requirements.

Rapid Prototyping: From creative design to sample completion in as fast as 12 hours, ensuring swift turnaround times.

Low investment, fast returns: Significantly reduces development cycles, research and development costs, and production input.

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APPLICATION

INTRODUCTION

Prototyping Automotive Dashboards Using 3D Printing
Challenges Faced
Challenges Faced

Large Size:

Dimensions of 2000*550*700mm, traditional manufacturing methods (CNC) require splitting into numerous smaller pieces for production.


Complex Structure:

Traditional CNC machining involves mold creation, resulting in high production costs, design limitations, and substantial manual labor.


Low Precision:

Dependent on the operator's personal experience.


Long Design and Development Cycle:

Traditional CNC machining methods take 2 months.

Require splitting

Require splitting

Excessive cost

Excessive cost

Long time

Long time

Low accuracy

Low accuracy

Application Results
Application Results

The entire production process:

Design validation cycle reduced to just 1 week, an 80% time reduction.

Dimensional accuracy error < 1mm for the 2000mm size. A 67% reduction in manual labor costs, leading to a decrease in the final component's overall cost

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Solution
Additive manufacturing design >Printing using Kings's 3D Indudtrial Printers >Assembly >Post-processing

PROCESS

DISPLAY

SLA 3D Printing SLA 3D Printing
SLA 3D Printing
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SLM 3D Printing SLM 3D Printing
SLM 3D Printing
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SLS 3D Printing SLS 3D Printing
SLS 3D Printing
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