An engineering company can only be successful with
high-quality custom fabrication coupled with expert knowledge, experience and
continuous investment. We’re not only talking about investing in equipment but
also staff training and hiring. In order to provide the quality and service
excellence customers deserve, equipment and staff must be of the highest level.
There are three core factors that determine success in manufacturing and that includes production cost, quality and speed. While each component plays a crucial role, manufacturers must fully commit to all three to reach and remain within the top tier.
Let’s take a look at some of the recent fabrication projects at PRV Engineering and find out more about coded welding and finishing.
For the few who don’t know, McLaren Cars were founded
in 1985 which later became McLaren Automotive. Today, they remain a successful British
car manufacturer based at the McLaren Technology Centre in Woking, Surrey where
their primary focus is on sports cars.
McLaren Automotive became a 100% owned subsidiary of
the wider McLaren Group in July 2017 and recently celebrated selling their 20,000th
car. It will be hand-assembled at the McLaren Production Centre (MPC) in Surrey.
Considering the exponential growth in technology
across various sectors and the adoption of digital technologies, is the world ready
for another radical change? This digital transformation of industries is
already happening and many believe this is the Fourth Industrial Revolution.
In today’s modern manufacturing world, not too many products are made without CNC machining. This includes the basics like toys, household appliances and machines but also cars, aeroplanes and medical devices among others. CNC machining is incredibly versatile and many industries cannot do without it.
Some of the main industries that rely heavily on CNC machining include aerospace, automotive, medical manufacturing and woodworking. Here, they use it use for various operations such as drilling and routing where the aerospace industry favours CNC machining because it offers the five-axis option when required. This functionality means they can more easily manage hard-to-cut materials such as Inconel.
In healthcare or the medical sector, CNC machining plays an essential role for micro-machining. This involves fabricating all the tiny parts made from different types of materials for various life-saving applications. Examples of CNC machined parts are pacemakers or titanium joints not to mention tools and implements for medical professionals.
In modern-day manufacturing, technology is forever advancing and it is essential to keep up with the all latest trends. Throughout our history, we have seen a number of methods implemented to manufacture custom parts. Today, CNC machining and 3D printing are seen as two of the most widely used manufacturing processes.
With the rapid growth of 3D printing technology, some believe it has become the first choice for many industries. On the other hand, CNC machining is still considered a reliable standard and there really aren’t many things that don’t involve CNC machined parts somewhere in the process.
Looking at the available technologies and industries utilising CNC machining and 3D printing, how do they work? Which industries prefer one or the other and how do they compare? Continue reading →