Kings High speed SLA 3d printer, making large size prototyping easier.
In the automotive industry, large-sized industrial 3D printers are
commonly used. So what are the advantages of 3D printing compared
to traditional manufacturing processes?
3D printing has faster speeds, lower component costs, and higher
confidentiality.
Goldstone stereolithography 3D printers can create conceptual
models in hours or days to help OEMs and component manufacturers
optimize designs and accelerate product proof-of-concept processes.
Diverse material selection, different mechanical properties and
precise functional prototyping allow manufacturers to correct
errors and improve designs at any time in the early stages,
minimizing the cost of errors.
In terms of fixtures, 3D printing technology provides a fast and
accurate method that significantly reduces the cost and time of
tool production. As a result, automakers have quickly improved in
capacity, efficiency and quality.
For production tools, such as water-soluble cores, carbon fiber
wrapping, injection molding and other 3D printing applications,
companies can achieve rapid small-volume tool customization, reduce
costs and shorten time-to-market.
Finally, in the final use of parts manufacturing, 3D printing
technology allows for the production of parts from original
equipment manufacturers and parts manufacturers without delay, and
can be customized for automotive manufacturers to produce durable
end-use products. With injection molding and high-performance
thermoplastics, 3D printing technology enables the construction of
durable and rugged automotive parts. Automakers are able to
automate small parts and production automation.
3D printing products:
