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How To Take Care Of Your PLA 3D Prints And Printer
How To Take Care Of Your PLA 3D Prints And Printer
Clavius3DHow To Take Care Of Your PLA 3D Prints And Printer
3D Printing Filament

How To Take Care Of Your PLA 3D Prints And Printer

PLA Prints

3D Printer Filament:

Once printed, most prints are typically robust and need little to no care. Although some functional prints should have some considerations taken into factor, to further longevity and utility.

For example, if you are printing a door hinge for a door outside, you would want to consider how to make it last as long as possible. Because a door hinge gets a lot of use, you would want to use a high amount of infill.

A higher amount of infill will make the print stronger and less susceptible to wear and tear over time. If you believe your print needs post-processing, this can also be done to reinforce prints and keep them strong.

Printer Care

Caring for your printer is also a factor in taking care of your prints. We all want successful and high-quality prints, to achieve this, you must take care of your printer.

Build plate

Some methods to take care of your printer include keeping the build plate clean. A dirty build plate can cause poor adhesion and uneven prints. Over time, the build plate on a 3D printer can become coated with filament residue, dirt, and dust.

This can cause the prints to stick less effectively and produce lower-quality prints. Therefore, it is important to clean the build plate regularly. The build plate can be cleaned with many different products, including isopropyl alcohol, acetone, soap, and water.

For best results, it is important to follow the manufacturer’s instructions for cleaning the build plate. With proper care and maintenance, a 3D printer can produce high-quality prints for years to come.

Calibration

It is also important to calibrate the printer regularly. This involves making sure that the printer’s extruder nozzle is calibrated properly to ensure distance from the build plate. If the nozzle is too close, the plastic will not flow properly, resulting in a poor print.

On the other hand, if the nozzle is too far away, the plastic will be laid down too thinly, again resulting in a poor print. The best way to calibrate your printer is to use a simple piece of paper. Slowly move the extruder nozzle closer to the paper until it just barely catches.

Once you have found the correct distance, you can be confident that your 3D printer is calibrated for optimal results. There are many ways to level your bed, which will be spoken about further in the article.

A common method to ensure proper calibration is the use of a calibration cube. The print is used to measure the accuracy of the printer with a test print. To calibrate the printer, simply print out a calibration cube and measure the dimensions of the cube.

Then, adjust the settings on the printer until the dimensions of the cube match those that were measured. Once the printer is calibrated, it should be able to produce objects that are accurate within a few millimeters. While it may take some trial and error to get the perfect calibration, it is well worth the effort to ensure that you have stress-free printing in the future.

Some printers have an automatic calibration feature, but it’s always a good idea to check it manually from time to time. Another factor to consider is to check for loose screws and bolts.

Over time, screws and bolts can loosen, which can cause prints to come out poorly. Periodically inspect your printer for any loose hardware and tighten it as needed.

Nozzle

Furthermore, changing your nozzle is also important. The general rule is that every 3 months, you should change your nozzle. Quality nozzles have a longer lifetime and result in more successful prints. Oftentimes, poor-quality prints as a result of a worn down or poor-quality nozzle.

If the nozzle is of poor quality, it can cause several problems. The filament may not be extruded evenly, resulting in an uneven or bumpy surface. In addition, the nozzle may become blocked easily, which can cause prints to fail. Also, as mentioned in the color section, PLA allows for a lot of creativity in terms of colors, this includes wood, metal, and other colors with added characteristics.

Some of these characteristics, such as wood, may need a special nozzle. When materials other than plastic are being extruded, they become abrasive against your nozzle, damaging it over time, potentially leading to the aforementioned results. It is important to buy high-quality nozzles and consider what you are printing when doing so.

Finishing Your Prints

Finishing your 3D prints can be exciting, while layer lines can be minimized and prints can look great fresh off the printer, that glossy and finished look is always desirable. Sanding is an easy way to smooth out 3D prints, and the process can be done by hand.

For best results, start with coarse-grit sandpaper and work your way up to a finer grit. You would want to finish with a very high grit, to not leave any marks or lines. When sanding by hand, always sand in the direction of the grain to avoid damaging the print. You can also use a primer or epoxy on top of your prints to achieve a shiny result.

What To Print?

Thanks to the power of the internet, you have access to loads of information and resources. One of the benefits of 3D printing is that it allows anyone with a computer and an internet connection to create objects. This means that people from all over the world can collaborate on projects and share their creations with others.

So if you are a beginner and are not familiar with CAD software, there are plenty of websites where you can source STL files from different users (with permission) for various prints. The 3D printing community is also active in sharing knowledge and resources.

There are many online forums and websites dedicated to discussing 3D printing, and members of the community are often willing to help others learn more about this technology. In recent years, the 3D printing community has grown exponentially, and it shows no signs of slowing down. As more people become familiar with this technology, even more innovative uses will likely be found for it.

Whether you’re a beginner or an experienced 3D printer, PLA filament 1.75mm is a great choice for your next project. With its wide range of colors, easy-to-use nature, and consistent results, PLA filament is the perfect material for any 3D printing project.

We hope you enjoyed our quick-start guide to PLA filament. PLA filament is an excellent material for your 3D prints. Clavius3D takes pride in manufacturing high-quality filaments in Canada. Browse our collection of filaments today. And if you have any questions about our products or general inquiries, don’t hesitate to get in touch – we’re always happy to help!