3D Printing For Automotive Parts
HLH work with leading automotive brands both in China and around the world, specialising in the production of 3D printed automotive parts among other services. We have delivered prototypes and parts for some of the highest profile and most desirable vehicles on the road.
Collaborating closely with OEMs, Tier Ones, and Tier Two suppliers, we produce prototypes, low volume pre-series, or production parts, leveraging our 3D printing capabilities to meet the high-quality standards and specifications required in the automotive industry.
Our massive range of customer focused services allow you to iterate rapidly and offer customised solutions to your clients fast.
We understand the demands of the automotive and transportation industries and work with you to ensure they are met and exceeded.
Testimonials
Common Applications For 3D Printed Automotive Parts
Interior and exterior prototypes, low volume production, prototype tooling, pre-series parts, bridge tooling, checking fixtures and jigs
Capabilities
At HLH, we produce prototype and low-volume rapid parts for automotive clients via CNC machining, 3D printing, rapid injection molding, die casting, sheet metal, vacuum casting (urethane casting), and more
3D Printing For Automotive Parts Tips
Projects in the automotive industry are high pressure and often don’t have the luxury of long lead times. You need high quality parts quickly, so what are your options;
CNC machining: great for metal and plastic structural components
3D printing: fit form and function prototypes and models
Rapid injection molding: real parts in real materials
Vacuum casting: low volume plastic parts
To start your free project review email HLH today.
Smartfllyer’s SXF1 Hybrid-Electric Aircraft
Case Study
Smartflyer Advances Hybrid-Electric Flight With HLH “We started our cooperation with HLH because we needed a partner which...
Process Selection Insight 1
Design Guide
What is Injection Molding?
Blog
Injection molding is a process by which parts are manufactured by injecting material under pressure into a mold...