Plastic Machining

NCA can machine your most complex designs with great precision using our advanced Computer Numerical Control (CNC) machining technologies. The computer-controlled machining process not only results in consistent product quality, but also ensures 100 percent repeatability of the process for both small- and large-scale production.

Custom designed to meet the precise production requirements of the client, our high-precision machining technologies ensure unparalleled value to businesses in terms of product quality and cost savings. As a result, our precision manufacturing expertise is trusted by businesses for a variety of medical and industrial applications.

High-Precision Machining for Critical Applications

NCA provides a full spectrum of high-precision machining services to our customers. We have the technology, resources, and expertise required to meet the most stringent specifications and tight tolerances for a variety of medical and industrial applications. Utilising premium-grade materials and our access to state-of-the-art machining technology, we consistently provide our clients with products of outstanding quality and practical value.

Why Choose Our Machining Services?

At NCA, we pride ourselves on our ability integrate cutting-edge machining technology with innovative manufacturing techniques. Leveraging on our extensive experience, versatile equipment, and our proven machining methods, we help clients maximise their production efficiency without compromising on the quality of the end-product.

While a large number of our clients come from medical and biopharmaceutical industry, we cater to clients from other markets as well who are looking for highly precise, superior-quality machining services.

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Getting a Quote

We make it easy to get as quote for the work you need. Simply email us with the CAD design, the material required, and the quantity. We’ll get back to you with a price. Of course, if you have any questions, please do contact us. We’re happy to help you specify your design. We can also recreate worn out or obsolete parts from the part itself, without the drawings.