The axes of a 3D printer, typically referred to as the X, Y, and Z axes, along with their respective guides, are fundamental to the machine’s operation. They are responsible for the precise movements that the printer head makes to create the 3D printed object layer by layer. As such,
How to Care for Your 3D Printer: Part 3 – Axis and Guide Checks Read More »
The best way to ensure the longevity of your 3D printer is through regular preventative maintenance. The goal of preventative maintenance is to identify potential problems before they become real issues that may eventually cause damage to your printer or affect the quality of your prints. Here are some steps
How to Care for Your 3D Printer: Part 2 – Perform Preventative Maintenance Read More »
Welcome to the first part of Additive-X’s extended guide on how to care for your 3D printer. We’ll begin with discussing selecting the right tools for maintaining 3D printers. Before you dive into maintenance tasks for your printer, you need to make sure you have a well-equipped toolkit at your
How to Care for Your 3D Printer: Part 1 – Equip Yourself with the Right Tools Read More »
3D design technology can provide students with an invaluable tool to unleash their creativity and explore endless possibilities. With the integration of Computer-Aided Design (CAD) software and 3D modelling tools, such as those offered by Autodesk, students can create intricate 3D models, renderings, animations, and simulations to bring their learning
The Transformative Potential of 3D Printing Technology in Education Read More »
One technological development is poised to radically disrupt the status quo: 3D printing. An innovative manufacturing process, 3D printing, or additive manufacturing, is showcasing its vast potential to revolutionize our journey to the cosmos. As we step into the era of interplanetary exploration, let’s delve deeper into how 3D printing
3D Printing at the Frontier of Space Exploration Read More »
The Power of 3D Printing: Forging the Future with Superalloys In the rapidly evolving world of additive manufacturing and technology, one thing remains constant: our relentless pursuit for stronger, lighter, more efficient materials. As 3D printing continues to grow and develop, we at Additive-X continue to be amazed by the
The Power of 3D Printing: Forging the Future with Superalloys Read More »
In today’s complex additive manufacturing landscape, simulating part performance and predicting problems prior to 3D printing is the optimal way to keep ahead of the competition. Simulation tools help to ensure expected results by validating designs and optimising settings for more efficient builds. The use of 3D part simulation is
3D Part Simulation Creates Efficient Builds With Less Waste Read More »
In a groundbreaking discovery, researchers at North Carolina State University, Northwestern Polytechnical University, and Tianjin University have developed a highly conductive metallic gel that is capable of 3D printing solid metal objects at room temperature, revolutionising the concept of four-dimensional (4D) printing. North Carolina State University. Amongst the 3 teams
Metallic Gel and the Advent of 4D Printing Read More »
We are thrilled to announce our newest partner: Bambu Lab, the groundbreaking manufacturer of superfast desktop 3D printers. Bambu Lab’s printers are a testament to the power of innovative technology in overcoming traditional manufacturing hurdles. They incorporate precision integration of LiDAR, multi-colour printing with blending capabilities, and a mobile app
Meet Bambu Lab, Additive X’s Latest Printer Partner Read More »
The strength of 3D printed components is determined by several factors, including the material, printing temperatures, layer height, the infill pattern and density, and any post-processing techniques employed. While printing stronger parts is sometimes as simple as switching to a stronger material, other measures like increasing layer thickness can have
Make 3D Prints Stronger. More Durability, Same Great Finish Read More »
