The phrase "a system for fabricating" is correct and usable in written English.
It can be used when describing a method or process designed for the production or creation of something, often in a technical or industrial context.
Example: "The company has developed a system for fabricating advanced materials that improve product durability."
Alternatives: "a method for manufacturing" or "a process for producing".
Despite such improvement in the manufacturing technology, however, development of an automatic system for fabricating a curved hull plate remains at the beginning stage since hardware and software for the automation of the curved hull fabrication process should be developed differently depending on the dimensions of plates, forming methods and manufacturing processes of each shipyard.
Here, a double-barrel syringe system for fabricating redox-initiated polyHIPEs with dramatically shortened cure times upon injection was demonstrated with three methacrylated macromers.
The potential of this rapid prototyping 3DF system for fabricating 3D Ti6Al4V scaffolds with regular and reproducible architecture meeting the requirements of tissue engineering and orthopedic implants is demonstrated.
On the other hand, developing one-dimensional (1D) DMS materials are of great interest, for the reason that the 1D nanomaterials are ideal research systems for fabricating nanoscale field effect transistors, sensors, optoelectronic devices, logic circuits, and lasers [7].
This study employed the oxygen (O2)–acetylene (C2H2) flame synthesis method (OAFSM) to develop an O2 C2H2 flame synthesis system (OAFSS) for fabricating nanocarbon-based nanofluids (NCBNFs).
We describe a droplet microfluidics system for fabricating microgels composed of polyethylene glycol and heparin, with tunable geometric, mechanical, and chemical properties, at kHz rates.
A new direct-write system for fabricating suspended microscale and sub-microscale polymer fibers has been developed and characterized.
Therefore, patterning of layer systems is a promising method for fabricating diffractive optical phase elements (DPE), which are given by a surface relief in a transparent optical material.
Microfluidics, capable of generating monodisperse single and multiple emulsion droplets, executing precise control and operations on these droplets, is a powerful tool for fabricating complex systems (microparticles, microcapsules, microgels) with uniform size, narrow size distribution and desired properties, which have great potential in drug delivery applications.
Based on the traditional Pt-on-Au system which has been proved to be an ideal nanostructure for improving the catalytic activity and stability of Pt, and the recent follow-up studies on this system, we introduce here a new strategy for fabricating Pt surface with high-index facets over the Pt-on-Au system.
