Plastic bottles—they’re undeniably convenient. Whether it’s the refreshing gulp of water on a hot day or the grab-and-go ease of a soft drink, these ubiquitous containers have become an integral part of our daily lives. Yet, as we sip and discard, the debate around their use and disposal grows louder, urging us to consider the …
In a world increasingly attuned to environmental concerns, innovative product design and sustainability is shaping the future of mechanical engineering. In part, greater consumer demand for products with positive environmental credentials drives the change. However, there is much disinformation, economic inconsistency and greenwashing. This clouds the judgement of producers and consumers alike. This article explores …
Parametric modelling in CAD equips designers to face the uncertainties of the future.
Manufacturers are turning to cutting-edge technologies like Artificial Intelligence (AI) and Machine Learning (ML) to implement predictive maintenance strategies.
A well-managed manufacturing and supply chain ensures the smooth flow of raw materials, components, and finished products from manufacturers to end consumers. However, this presents complexity and challenges. In this blog, we identify the top five manufacturing and supply chain hurdles and the top five opportunities for their improvement and resilience. Top 5 Challenges & …
CAD design for manufacturing is a game-changer in the world of product development. By optimising designs for manufacture, selecting suitable materials, validating designs, and leveraging rapid prototyping, engineers can enhance efficiency, reduce costs, and ensure high-quality products.
Managing production cost is a major concern for any manufacturing company, small or large. So engineers now have many tools, like DFM, to help them achieve simple, efficient and low-cost designs that help to reduce those costs. Design for Manufacture (DFM) is a rigorous engineering design process, preventing wasted project time, poor supplier chain selection & …
We’re taught that failure helps us learn. After all, behind every great success is a string of failures. And, when it comes to design testing, nothing beats trying to break a physical product. It confirms weak points and prompts modification better than any design on a screen. However, it can be a very costly design …
With your shiny new CAD, product design or mechanical engineering qualification – and diligent application of learning – you might be persuaded to think that designing a new product is a straightforward activity. You create your fresh new design. You check that all your component parts fit perfectly together on the CAD screen. And they …
Figuring out how to convert an idea or invention to a real manufactured product can be daunting. You might ask yourself, “is this possible?”, “how do I design this?”, “how much will it cost to manufacture?”, or “does this product already exist?”… Before you do anything, do a quick Google and Amazon search, using keywords …