We are a 3D prototyping and manufacturing company with over 50 years in manufacturing experience in Grand Rapids, MI. 3D Printing solutions from rapid prototypes to contract manufacturing, we have access to over 500 3D printers in the United States. Plastic parts, metal parts, large and small we can find the solution for you. Fast-track conventional processes, allow engineers/product designers to prove out designs, test minimum viable products or create ready to use products without a conventional 3-8 week lead time.
Our experience in production scale 3D printing enables our customers to gain the benefits of 3d printing without the expense of owning the machine, hiring and developing talent and managing materials. With a focus on material diversity, build size, speed and of course accuracy - our team will ensure that you have your best foot forward entering production.
Production ready materials enable you to source custom parts on-demand with a high level of performance and value. Our production systems allow you to specify 3D printing one-off & low volume parts.
Our experience in production scale 3D printing enables our customers to gain the benefits of 3d printing without the expense of owning the machine, hiring and developing talent and managing materials. With a focus on material diversity, build size, speed and of course accuracy - our team will ensure that you have your best foot forward entering production.
Production ready materials enable you to source custom parts on-demand with a high level of performance and value. Our production systems allow you to specify 3D printing one-off & low volume parts.
Services
About Us
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3DPrintedParts.com is a division of Scarlett Incorporated, a 50 year old manufacturing solutions provider.
3D Printing or Additive Manufacturing describes a group of manufacturing processes by which objects are built by adding material, as opposed to removing material.
3D Printing costs can vary quite a bit.
While initial investments may seem large, both parts and machine costs are rapidly made up for in reduced product development times, improved time to market, higher performing products and even supply chain simplification.
3D Printing or Additive Manufacturing describes a group of manufacturing processes by which objects are built by adding material, as opposed to removing material.
3D Printing costs can vary quite a bit.
While initial investments may seem large, both parts and machine costs are rapidly made up for in reduced product development times, improved time to market, higher performing products and even supply chain simplification.
3D Capabilities
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3D Printing has evolved from a pure prototyping medium to a true production methodology.
Contact our team of experts to learn how you can leverage 3D printing capabilities to revolutionize your products.
As any product development organization knows, the validation phase is absolutely critical for quality assurance.
With a focus on material diversity, build size, speed and of course accuracy, we have the machines necessary to prototype, test, and ensure your team has its best foot forward entering production.
Contact our team of experts to learn how you can leverage 3D printing capabilities to revolutionize your products.
As any product development organization knows, the validation phase is absolutely critical for quality assurance.
With a focus on material diversity, build size, speed and of course accuracy, we have the machines necessary to prototype, test, and ensure your team has its best foot forward entering production.
3D Printing Materials
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At 3D Printed Parts, we pride ourselves on having the knowledge and experience to know what 3D printing materials will be best suited for your parts and projects.
Below you'll find a list of preferred additive manufacturing materials that we offer when it comes to creating high quality, sustainable parts for every application.
Aluminum Alloys are among the most popular materials being researched for new additive manufacturing applications.
A lightweight and reasonably strong material, in the aerospace and automotive industry, they are used for their lightweight.
Below you'll find a list of preferred additive manufacturing materials that we offer when it comes to creating high quality, sustainable parts for every application.
Aluminum Alloys are among the most popular materials being researched for new additive manufacturing applications.
A lightweight and reasonably strong material, in the aerospace and automotive industry, they are used for their lightweight.
Prototyping
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3D printing is the preferred technology for the creation of prototypes.
What was once a method reserved for organizations with large R&D budgets has now become available to small and medium enterprises through us.
Our team is eager to support your organization's rapid prototyping efforts from concept all the way through validation.
You are probably asking, "Which 3D Printing technologies are best-suited for my process?".
Well, here's some insight into that.
Giving product designs a faster time to market, concept modeling favors full color, low-cost part production, to streamline communication from the drawing board to the boardroom.
What was once a method reserved for organizations with large R&D budgets has now become available to small and medium enterprises through us.
Our team is eager to support your organization's rapid prototyping efforts from concept all the way through validation.
You are probably asking, "Which 3D Printing technologies are best-suited for my process?".
Well, here's some insight into that.
Giving product designs a faster time to market, concept modeling favors full color, low-cost part production, to streamline communication from the drawing board to the boardroom.
Rapid Tooling
Report
Rapid Tooling is perhaps the largest growth area for 3D printing.
3D Printed Rapid Tooling can be created to fast-track many conventional processes including investment and sand casting, blow molding, thermoforming, injection molding, tube bending, die casting and carbon fiber layup.
3D Printed Jigs and Fixtures also fall into this category.
What is the benefit of Rapid Tooling?
A tool is designed similar to conventional tooling, printed in 1-3 days and then used to process conventional materials in conventional processes.
3D Printed Rapid Tooling can be created to fast-track many conventional processes including investment and sand casting, blow molding, thermoforming, injection molding, tube bending, die casting and carbon fiber layup.
3D Printed Jigs and Fixtures also fall into this category.
What is the benefit of Rapid Tooling?
A tool is designed similar to conventional tooling, printed in 1-3 days and then used to process conventional materials in conventional processes.
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