The phrase "a range of fabrication" is correct and usable in written English.
It can be used when discussing various types or methods of manufacturing or creating something, often in a technical or industrial context.
Example: "The company offers a range of fabrication services, including metalworking, welding, and assembly."
Alternatives: "a variety of manufacturing" or "a spectrum of production methods".
Photoencapsulation viability experiments and bioreactor validation studies presented in this work provide a range of fabrication and conditioning parameters, that were utilized for the fabrication and dynamic culture of 3D bioprinted hydrogel heart valves.
While the focus of Smartgeometry is on digital tools and design, increasingly hardware is being used including electronics, robotics, sensing, and a range of fabrication machines.
To date, a range of fabrication methods have been used for the preparation of semiconducting SnS films.
Together, these mechanisms increase the clock rates of Amalgam's reconfigurable clusters by up to 70%, allowing Amalgam to maintain a 2.6× performance advantage over a purely-programmable processor in a wide range of fabrication processes.
He came to prominence in the early 1980s as part of the rising New British Sculpture movement, which was reacting against the minimal and conceptual art of the previous decade, seeking to return to the use of a wider range of fabrication techniques.
Recent developments in nanomaterials and nanofabrication technologies introduce a range of synthesis and fabrication tools to effectively engineer the structure and function of native tissue interfaces.
Reported is the fabrication of the camera that brings together a range of sophisticated design and fabrication techniques and the expected theoretical imaging performance.
The system has successfully demonstrated large-scale digital construction with a range of different media and fabrication processes, including light printing, excavation, welded-chain construction, and additive fabrication with the Print-in-Place process.
Yaroslav Urzhumov presented "Bypassing the Uniqueness Theorem: Directional Cloaks without Superluminal Velocity" Abstract: The rapid evolution of additive manufacturing techniques has the potential to revolutionize a wide range of fabrication-limited fields.
Additionally, we will look at a range of materials and their fabrication methods—handmade, mechanical and digital within different economies, from vernacular building materials and techniques to new and advanced material explorations.
Robocasting is a versatile technique that allows the printing of a range of materials and the fabrication of scaffolds with a range of architectures spanning distances up to 1 mm.
