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Modern manufacturing technology has developed considerably over recent decades. Advanced CNC machinery, sophisticated programming software, automation and increasingly capable inspection systems have transformed what engineering companies can achieve. At Standish Engineering, we've continued to invest in this technology, expanding our manufacturing capabilities and the range of components we can produce.
Whilst machinery has changed, one thing remains fundamental to successful precision engineering and that’s the knowledge and experience of the people behind it.
Technology is only part of the process, today's CNC machines are capable of producing incredibly complex components with impressive accuracy and consistency. However, a machine doesn't independently decide the most appropriate way to manufacture every component.
Before production begins, engineers need to interpret drawings, understand tolerances, consider material characteristics and determine the best machining approach. They must also select suitable tooling, develop programmes and consider how the component will be held securely throughout the process. These decisions require practical engineering knowledge.
Understanding the drawing
An engineering drawing provides the information needed to manufacture a component but interpreting that information correctly is essential. Dimensions, tolerances, materials and finishing requirements all need to be considered. For complex components, engineers must also understand how different features relate to one another and how the chosen manufacturing method could influence the finished result. Experience helps engineers identify potential challenges before machining begins.
Choosing the right manufacturing approach
At Standish Engineering, we operate an extensive range of CNC turning and milling machinery. This includes conventional CNC lathes, multi-axis turning centres, twin-spindle and twin-turret machines, twin-pallet machining centres and advanced 5-axis technology. Having this breadth of capability provides flexibility, but it also means selecting the most appropriate equipment for each requirement.
A component that can be manufactured on several different machines may still benefit from one particular approach. The right decision can influence machining efficiency, accuracy, repeatability and the number of operations required.
Engineering doesn't always follow a completely straightforward path. Different materials behave differently during machining. Complex geometries can present tooling challenges, while certain tolerances may require particular consideration. Experienced engineers understand these factors and can adjust manufacturing strategies accordingly. This practical problem-solving ability is one of the most valuable aspects of engineering expertise.
It's not simply about knowing how to operate a machine. It's about understanding why a particular approach works.
Combining experience with advanced technology
At Standish Engineering, we believe the strongest manufacturing capability comes from combining skilled people with the right technology. Our investment in multi-axis and 5-axis machinery gives our engineers greater flexibility when approaching complex requirements. Automated processes and built-in inspection technology can also support productivity and consistency.
But these benefits depend on effective programming, setup, monitoring and engineering judgement.
Technology provides the tools. People provide the expertise.
Passing engineering knowledge forward
As a third-generation family engineering business established in 1950, we've seen considerable changes in manufacturing. Maintaining engineering skills while embracing new technology is essential to our continued development. That's why supporting apprenticeships, training and the development of our team remains important.
Experienced engineers have valuable knowledge to share, while newer generations bring fresh ideas and experience with developing technologies. Combining the two helps ensure engineering expertise continues to evolve.
Engineering experience you can rely on
Precision engineering is about much more than machinery. It's about understanding requirements, making informed decisions, solving challenges and maintaining consistent standards.
At Standish Engineering, our continued investment in technology is supported by generations of engineering knowledge and a team committed to producing high-quality components.
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For more information on Why engineering experience still matters in modern manufacturing talk to Standish Engineering Co Ltd