Manufacturing parts for production – also known as end-use parts – refers to the process of using raw materials to create a part that is designed and manufactured to be used in a final product, as opposed to a prototype or model. Check out our guide to manufacturing initial prototypes to learn more about this.

Jan 1, 2018 · Composite materials parts manufacturing is based on the interactions of simultaneous as well as consecutive process steps. These influence the composite part properties and economical production.

Jan 9, 2021 · Adding to the complexity is the fact that two very different techniques can produce what looks like the same outcome. This article is an overview of the most commonly used methods of manufacturing composite parts – with a focus on thermosets.

Jan 1, 2018 · Composite materials parts manufacturing is based on the interactions of simultaneous as well as consecutive process steps. These influence the composite part properties and economical production.

Oct 11, 2023 · Many factors come into play when deciding which metal parts manufacturing process to use – the budget, type of metal, final product, and so forth. We have covered several metal part manufacturing techniques and popular metals used in fabrication.

Jan 1, 2017 · Currently, AM is used for tooling and sandwich cores with added functionalities. This paper presents four design principles that improve the production of composites parts during layup, handling, curing and post processing in the layup process.

Our team and technology experts support you with flexible solutions for small and large-scale manufacturing of composite materials. We offer solid contract manufacturing solutions for high-quality composites, with reliable supplies and at flexible capacities.

Jul 1, 2018 · Composite materials parts manufacturing is based on the interactions of simultaneous as well as consecutive process steps. These influence the composite part properties and economical...

In this guide, we’ll explore the world of metal parts manufacturing, focusing on key metalworking processes, quality control, future innovations, and how specialized services like CNC machining, waterjet cutting, and welding are transforming the industry.

CNC machining utilizes advanced technology to produce precision metal parts like gears, bushings, and manifolds. Common metals used include aluminum, stainless steel, brass, and titanium, each offering unique machining properties. Key manufacturing processes involve routers, grinders, mills, and lathes, tailored to specific metal characteristics.