Today’s world depends utterly on precision engineering. To the demands of the manufacturers of efficient mechanical components have been added those of plastics makers, who have an insatiable appetite for extremely accurate tools and moulds. The term “precision engineering” refers to the use of computer-aided design and computer-aided manufacture to increase accuracy and repeatability of fabrication processes. If this is a field you are considering entering, here are just some of the benefits you can expect:
Precision engineering, as the term implies, brings greater accuracy and repeatability to many machining tasks. Since the sequence of cuts is planned and entered before the run commences, human interventions, and opportunities for error, are minimised.
Raw materials are usually valuable. Errors in batch production tend to entail significant wastage. Precision engineering reduces the incidence of bad batches. In addition, computer-aided design and manufacture can greatly reduce wastage by enabling engineers to iterate their cuts on the screen, finding the orientation which requires the least removal of the stock material.
Faster production processes
If you’re not using precision engineering techniques, it’s likely that your production makes poor use of its labour resources. By turning so many manual steps into automated task sequences, precision engineering can increase production speeds by an order of magnitude – and that means not just lower labour costs, but reduced turnaround times. And that means happier customers.
Better employee efficiency
At the back of the minds of many managers contemplating embracing the precision engineering revolution is the thought that they may have to shed employees whose tasks the new machinery will henceforth do. In truth, experience shows that businesses who invest in the training their employees need and who market their businesses with skill find their workload expanding to fill the available manpower resources. Ultimately, the investment in machinery was protecting the livelihoods of the employees, not threatening them.
Overall cost savings
The precision engineering revolution is here to stay. Customers are getting used to being able to buy highly accurate one-off parts or small production runs at modest costs. To compete, you not only have to be able to match the accuracy of precision engineering, but its cost-efficiency, too.
All in all, precision engineering saves you much in terms of labour cost and also energy costs. Take for instance you are in the aerospace business or you have a nuclear power plant. When you use precision engineering, turnaround time becomes faster and performance of your employees increases. All these benefits will mean energy savings for you in that no one spends too much time in your warehouses to produce essential components to run your business.
If you want to experience the benefits to be gained, it’s time you hire an expert for precision engineering in Perth today!