Latest technology and modern machines have revolutionised manufacturing processes to a great extent. One of the most widely used latest procedures includes CNC Turning, through which specialists deliver complex components with no compromise on precision, reliability and accuracy.
But what exactly is CNC Turning? How does it work? This blog addresses all your questions, while also educating you about the benefits and applications of CNC turning services. Whether you’re looking for a precision engineering company to meet your demands or are a curious student, this guide will give you a comprehensive understanding of the subject.
What is Meant by CNC Turning?
CNC (Computer Numerical Control) turning is a precision machining process used to create complex cylindrical components. It utilises advanced CNC lathes to turn raw materials, such as plastics and metals, into a specific shape or size.
The workpiece is rotated around the axes at a high speed while a cutting tool removes the excess material to shape the component. This leads to the production of highly accurate, visually appealing and functional parts.
Based in Hayes, West London, Harnam Engineering has mastered CNC machining services, delivering excellence one component at a time. For high-end lathe turning services in the UK, you can always trust Harnam Engineering.
The CNC Turning Process
The CNC turning process comprises multiple stages. Let’s take a look at the steps involved in precision turning:
- Designing
The initial stage is the designing of the part, which is completed through CAD (Computer Aided Design). This model design specifies the dimensions and geometrical features required.
- Programming
The next step involves importing the CAD files into the CAM (Computer Aided Manufacturing) software. Here, a G-code is generated that instructs the CNC lathes about the tool paths, speed of spindles, feed rates and more.
- Setting Up The Machine
Before the CNC machining begins, the operator carefully sets the raw material (workpiece) and the cutting tools with proper alignment. The CNC programme is then uploaded.
- Machining
Once the machine setup is done, the main process begins. This is what the procedure includes:
- Rotation of the workpiece at your desired speed.
- Movement of the cutting tool along one or more axes.
- Removal of extra or unwanted material to bring about the required shape.
- Complete automation, ensuring precision and accuracy.
- Quality Assurance and Inspection
The parts also go through finishing processes such as polishing. After machining, they undergo rigorous inspection to assess for quality and tight tolerances. Harnam Engineering ensures that the ISO 9001:2015 standards are maintained throughout.
At Harnam Engineering, the precision turning and CNC machining services are well-regulated and designed in accordance with client requirements. We cater to a wide range of needs, from single prototypes to high-volume batch production. With our specialist, experienced employees and latest technology, we promise to meet all your specifications.
How Does CNC Turning Benefit Manufacturers and Industries?
There are various advantages of CNC turning services. Let’s take a look at a few major ones:
- High Precision and Repeatability
CNC turning can achieve micron-level accuracy consistently with the ability to produce identical parts in every batch.
- Efficiency
The automated machines reduce the demand for manual labour and have lower chances of errors. It is suitable for both prototypes and high-volume manufacturing.
- Cost-Effectiveness
The advanced machinery reduces waste, decreasing the material usage costs. Full-scale batch production and automation also lower the costs of businesses.
- Diverse Materials
The CNC machining services can work with various kinds of metals, including steel, aluminium, brass, copper, and engineering plastics, among others.
- Accuracy
Partnering up with an expert precision engineering company means you can get standard components with high accuracy and tight tolerances.
- Consistent Quality Control
With leading and trusted precision engineering service providers, clients can get ultimate CNC machining services that align with specific industry standards. They are thoroughly tested before delivery.
Applications of CNC Turning
The CNC turning service is widely used across a range of industries. Here are the main industries benefitting from high-end CNC machining:
Automotive
- Gear blanks
- Brake discs
- Axles and hubs
Aerospace and Defence
- Components of engines
- Shafts
- Bearings
Medical
- Surgical instruments
- Prosthetic parts
- Orthopaedic screws
Electronics
- Connectors, pins and shafts
- RF shielding enclosures
- Cable glands
Oil & Gas
- Valves and fittings
- Pipe connectors
- Coupling bodies
Apart from the industries mentioned above, CNC turning is used in other sectors as well, such as telecommunications, architecture, construction and more. Harnam Engineering caters to businesses of various sizes and sectors.
Conclusion
CNC turning plays a crucial role in manufacturing cylindrical components with high precision and tight tolerances. The use of precision turning is spread far and wide, with applications from the automotive to the medical industries.
As CNC turning services continue to advance the production of complex parts, it is essential to choose the perfect precision engineering company to work with. This is where Harnam Engineering steps in. We offer reliable solutions for all your projects, promising components that are not just visually appealing but fully functional as well.
Partner with Harnam Engineering today for your upcoming project. We are committed to delivering the best within the specified time frame. Call us now and watch your design come to life!
