3D printing is known as an efficient alternative to traditional manufacturing methods that can be utilized to unlock the potential of this exciting technology by following a few simple steps. These five 3D printing techniques will assist you in getting your parts that are ready for sale quickly.

Export your CAD file to STL

To allow the 3D printer to build a part the CAD file needs been converted into an STL file. A STL file is composed of triangles forming the exterior of the component and causing the faceting free cad software. The parameters used will influence the appearance of the 3D model. Common parameters that affect faceting in STL files include chord height, deviation, angle tolerance and the number of polys. It is essential to prepare your files for export with this in mind to ensure that quality expectations and design intentions are maintained from CAD to final part production.

There are a number of ways to improve and optimize your CAD data to guarantee your files are in good condition to be processed and ready for production. You can alter complex geometry data like wall thicknesses or minor changes to the size of files and features to produce an STL file that is flawless and ready for processing.

Find out more about how to prepare STL files through our tutorial.

Check out these Design Guidelines

One of the most common misconceptions concerning 3D printing is that it is the same or similar with different technologies and machines. However, 3d printer under 100, involves various technologies that have different design considerations. Stratasys Direct Manufacturing offers an array of 3D printing services, including PolyJet (SL) as well as Laser Sintering(LS), Fused Deposition Modelings (FDM) and Direct Metal Laser Sinteringsinteringsinteringsinteringsinteringsinteringsinteringsinteringsinteringsinteringsintering (DMLS).

If you're considering using one particular technology that you're using, you can speed up your production process substantially by analyzing the limitations or unique requirements of the technology, and adapting your design or file accordingly.

As an example, many 3D printing processes require the design of supports for any overhangs in an 3D model, but Laser Sintering does not because due to the nature of its design. Other factors that can change depending on technology include the orientation of the build, wall thickness, and part size.

Pick3dprinter offers extensive design guidelines and helpful details on design issues:

Laser Sintering

Direct Metal Laser Sintering

Fused Deposition Modeling

Stereolithography

PolyJet Multicolor

Learn about your options for post-processing

What do you notice when examine the piece? Are the pieces smooth? The size of the part require multiple builds and assembly? The prototype is it required to be finished in a cosmetic way or is it able to keep its natural appearance? The layer lines of the 3d printer process affect the final piece?

Our finishing department provides a wide range of options to create beautiful functional and cosmetic finishes. Functional finishes include media blasting and tumbling and bonding, sealing, sealing, and sanding. Cosmetic finishes include painting, dying, clear coatings, dying, and electroplating.

Sometimes, cosmetics that you want can be made quicker and more affordable by using an alternative to the usual. For instance, if you require a piece of equipment that is blue, you could have the part dyed instead of painted to save time and money.

When you understand the various options that are available and the time required in achieving the desired finish, you can significantly speed up the post-build process and bring your product out to market quicker.

Take a look at your needs for material

Although it is easy to choose the right material for your product but it may be difficult to decide quickly. We've broken down each of our materials in easy to understand tables on our website with detailed data sheets for every material offered.

As an example, you might be considering a production-grade thermoplastic, but need the material to be able to withstand temperatures up to 100 degrees and be sterilized in medical applications. The process begins with the information on the page for the material before deciding on the 3D printing method you're using. The page lists each material with a description and the pertinent information. Links to each product are also linked to the full datasheets for each material.

Use our Material Wizard to help you pick the appropriate technology for your needs. You can sort materials by clicking the Material Wizard tab at the top of the screen. Click the three options at the top to display the available materials that are suitable for each technology. Click through the results to see more information on each of the materials.

Speak to an expert

Pick3dprinter experts can help you speed up 3D printing even if you're new to the technology. We have more than 30 years of industry experience and are knowledgeable about 3D printing techniques to help you bring your ideas to life.

Contact one of our Project Engineers for help in determining the best method for your project. You can also do your own research through our website. The most comprehensive and detailed information on the world of 3D printing can be found in our whitepapers, case studies blog posts, infographics as well as other publications.

Our Professional Services provide in-person evaluations of your business and make suggestions. Professional Services examines your entire company and pinpoints opportunities to print 3D. They will also offer all the necessary resources. Beginning with expert on-site services, Professional Services prepares a complete analysis of your operations following observation of current operations and speaking with people from executives in the C-suite to manufacturing floor workers.

Do not let this new technology's complexity slow you in the pursuit of your objectives for your project. These five suggestions will help you get 3D printed parts quickly and effectively.

Posted by: ProDigital3DPrinter at 04:45 AM | No Comments | Add Comment
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