Of the many 3D printer filament types available on the market today, few are as versatile and durable as nylon filament. When paired with a high-quality 3D printer, this flexible material can be used to create amazing prints that stand the test of time. Here's what you need to know about nylon's properties and the many applications to which it can be put in 3D printing.
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Whether you are just starting a crafting business or you have been successfully selling your creations for a while now, as a small business owner, you understand the importance of investing in equipment that will have a positive impact on your bottom-line. Laser cutters are growing popularity among crafty people due to their ease of use, unlimited potential for unique designs, and significantly high returns on investment. The ability to create custom engraving, paper crafts, jewelry, and a lot more in a variety of materials is bringing home laser cutter technology to the mainstream in ways that were once unfathomable. If you're new to the idea of using a laser cutting machine, you're definitely not alone. Once reserved only for large manufacturing operations, laser cutter desktop versions are becoming more affordable and available for everyone.
Laser cutters come in a variety of different strengths. Many are focused on industrial use, such as those used for cutting diamonds, and too strong for home use. There are three strengths that are ideal for small businesses or hobbyists: 5W, 40W, and 90W. It may be difficult, at first, to figure out which is right for you and your unique projects. Overall, finding the best laser cutter for your needs is going to require some deep consideration on what you will be using it for, the materials you plan to use, ease of use you require, and your price range.
We get a ton of questions every day from people asking about makerspaces, so we put together this guide for those of you who are curious to learn more. The second part of this guide shows how to start setting up your own makerspace, learn how to operate and manager your space, and the types of ideal projects that are
We get a ton of questions every day from people asking about makerspaces, so we put together this guide for those of you who are curious to learn more. The first part of this guide explains what they are and why they are important.
Megan Rogers writes for InsideHigherEd that simply being expose to math and science has a greater chance of leading a student to major in a STEM (Science, Technology, Engineering and Mathematics) related field than having high achievement in mathematics. Simply put, this means that wetting the appetites of what is possible in these fields can spark creativity in young people that they may not get through traditional learning. In today's classrooms, additional resources and materials can assist teachers in making these STEM experiences come to life.
The 21st-century is proving to be a pivotal point in human history as technology permeates every facet of our lives. In order to prepare students for life and work in the age of technology, educators are looking to 3D printing to help expand their curricula for a more hands-on approach. A 2017 survey among educators using 3D printing in their classrooms highlights a few of the life skills that 3D printing is teaching children, including creativity, exploration, technological literacy, problem-solving, learning by trial-and-error, self-directed learning, critical thinking, and perseverance.
STEM programs stress Science, Technology, Engineering, and Math. These are the many fields that lead to a successful future for employment. Jobs related to STEM degrees are in demand and they will continue to grow within the next decade along with new technological development. Students who begin STEM learning at the primary school level are the scientists and innovators of the future.
One of the most exciting aspects of modern 3D printing is the fact that a single FDM printer can be used to create parts from a very large selection of materials. Whether a part needs to be rigid and tolerant of high temperatures or flexible and resistant to impact stress, there's a filament material available that will give the part the exact physical properties it needs. If you want to become truly proficient with 3D printing technology, it's a good idea to familiarize yourself with the major 3D printer filament types that are available on the market today. Here's what you should know about some of the most commonly used filaments and their properties.
When comparing different laser cutters, people usually want to know what materials are compatible. A popular question is whether lasers can cut metal or if traditional cutting is required instead. Industrial lasers absolutely can cut and engrave metal. In fact, laser cutters and plasma cutters are commonly used for this purpose. Most lasers capable of cutting through even steel plates are high power capacity CO2 lasers. Metals such as stainless steel and aluminum can be cut with a laser when compressed gas technology is used.https://digilab.dremel.com/products/materials