Layer height is one of the most significant parameters in 3D printing, responsible for determining how tall each layer of the 3D printed model will be. While a simple parameter at its core, the fact that the optimal layer height depends on factors such as the nozzle size of your printer and the type of …
What Is the Optimal Layer Height for PETG? (Explained) Read More
Hygroscopicity is a solid material’s capability of absorbing water from the environment, which also determines how likely a material is to react to moisture in the air. Since the likelihood of a 3D printing filament absorbing moisture is a vital factor to keep in mind due to the negative impact of dampness on the printing …
With so many factors that cause filament types to have a different set of strengths and weaknesses, it’s never an easy process to choose the best filament for your project. Strength, stiffness, durability, water resistance, heat resistance are just a few of the properties that you need to consider, with many more that we won’t …
Just like many other things, 3D printed models also require a thorough cleaning now and then to get rid of the dust and dirt that eventually accumulate to ensure that they look as good as the first day. When it comes to keeping things clean, the dishwasher is without a doubt one of the first …
Filament type selection is one of the core factors in 3D printing, as each filament has a unique set of properties that affect the printing process and the 3D printed model itself. As PETG, a filament type that we can consider to be more challenging to print than PLA – is the next destination after …
Why Does PETG Stick to the Nozzle? (How to Fix It?) Read More
Bed adhesion is a frequently discussed topic when printing with PETG, as it’s no secret that getting PETG to adhere to the bed is usually much harder compared to PLA. While there are a lot of factors that go into bed adhesion, such as print bed temperature, hotend temperature, cooling fan speed, and many more, …
It’s no secret that printing with PETG is more challenging than printing with PLA, causing many enthusiasts to have issues with their 3D printed models after switching to PETG for the first time. While some issues are less difficult to solve than others, some, due to the fact that they can be a result of …
Why Does My PETG Become Brittle After Printing? (Solved!) Read More
PLA is without a doubt the most popular type of filament in the 3D printing world right now for many reasons, such as being a simple material to print with, being budget-friendly, and not requiring advanced equipment for optimal results. That being said, just as with any filament, models printed with PLA can also have …
Which Solvent Works Best for Dissolving PLA? (Detailed) Read More
With functional prints getting more and more popular with each passing day, an increased level of strength in 3D printed models is something most enthusiasts wouldn’t mind having. The annealing process comes in at this point, allowing you to increase both the strength and the heat resistance of your 3D printed model by reorganizing the …
How to Apply Annealing to PETG for 3D Printed Models? Read More
As the second-most popular filament right behind PLA right now, more and more enthusiasts are starting to experiment with PETG for the extra durability and temperature resistance it brings to the table. Unfortunately, making the switch isn’t exactly easy due to the requirement of a whole new set of knowledge for the printing process to …
What Is the Melting Point of PETG? (Does It Melt Easily?) Read More
