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The concept behind 3D printing is quite straightforward. Essentially, it operates as a 3D iteration of conventional printers. Instead of ink, it employs a substance that solidifies upon deposition, building up layers to construct a 3D object. By orchestrating the movement of the print head across three axes (X for horizontal movement, Y for adding layer, and Z for vertical height), the foundational mechanism of a 3D printer is established.
The best grade of titanium depends on specific requirements, but Grade 4 titanium is widely acknowledged as the strongest form of pure titanium, despite being less malleable than other grades. It offers exceptional corrosion resistance and impressive ductility, making it favored for demanding applications. Additionally, titanium’s lower density makes it lighter than certain steels like stainless steel, enhancing its attractiveness in weight-sensitive industries.
In the realm of machining, seven steel grades stand out for their exceptional suitability, each carefully selected to meet the specific requirements of the parts at hand. Among these grades, 1018 Steel stands out for its high machinability and weldability, making it an ideal choice for applications prioritizing ease of machining over high strength. Meanwhile, 4140 Alloy Steel has superior strength and hardness compared to carbon steel, offering exceptional impact resistance, fatigue endurance, and torsional strength. 1045 Carbon Steel, stronger than low carbon steel, remains easily machinable, adding versatility to machining operations. Additionally, 4130 Alloy Steel boasts improved weldability owing to its slightly lower carbon content, further enhancing its appeal for machining tasks. Lastly, 4340 Alloy Steel, a medium-carbon steel, proves highly effective in applications subjected to extreme impact, heat, and wear, showcasing its durability and versatility in demanding environments.
Yes, InstaVoxel provides design and process optimization recommendations upon receiving data for evaluation.
Please refer to InstaVoxel’s website for information on 3D printing materials.
Yes, InstaVoxel offers prototyping and sample services.
Please provide STL or STEP formats. Design limitations vary based on the manufacturing process. Please consult with our sales team if needed.
The main post-processing services include polishing, painting, full transparency (for specific materials), and sandblasting. InstaVoxel also assists with customized post-processing needs.
Yes, InstaVoxel can provide material source information upon request during the quoting phase.
3D printing was initially widely used for rapid prototyping in the manufacturing sector. With remarkable advancements in post-processing techniques and the development of engineering-grade additive materials, the application has expanded beyond prototyping to include end-use part production. As the technology continues to evolve, its applications are spreading to other industries as well.
Apart from CNC machining, which utilizes subtractive manufacturing, 3D printing employs an additive approach. This method enables the creation of complex curved surfaces without interference issues, eliminates the need for fixtures or jigs, and can rapidly produce prototypes within hours.
The exact size of printing depends on the material. For example, the maximum size for plastic is 31.5*31.5*21.7 inch(=800*800*550mm).
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