ADVANCED MACHINING STRENGTHS
C & S Precision Engineering continues to be a renowned name in the industry with its refined approach to modern CNC machining. With two decades of hands-on expertise, we deliver reliable, high-accuracy results for projects of every scale. From prototypes to full-volume production, each component is manufactured with strict attention to detail and repeatability. Backed by advanced systems and a skilled technical team, we ensure exceptional accuracy, reduced waste, and consistent performance. Our strengths allow clients to depend on long-term quality, cost-effective production, and seamless integration into demanding engineering applications.
PRECISION MILLING
Our machining department is equipped with state-of-the-art multi-axis milling and high-precision turning technology, enabling the smooth production of both simple and highly complex parts. With tight-tolerance capabilities and efficient handling of prototype or large-batch requirements, the team maintains consistent standards throughout every manufacturing stage. Our experience covers a wide range of materials, including aluminium, stainless steel, brass, steel, and more, ensuring versatility for diverse industry needs. This balanced combination of advanced machinery and skilled workmanship guarantees dependable, accurate, and repeatable outcomes.​


INDUSTRY APPLICATIONS
C & S Precision Engineering supports numerous industries with durable, accurately machined components tailored to demanding functional requirements. From agricultural machinery and hydraulic cylinder manufacturing to industrial assemblies, vehicle parts, and metal fabrication projects, every project is completed with a strong focus on precision and reliability. Our ability to manage complex geometries, maintain consistent repeatability, and meet tight deadlines makes these services suitable for both niche and heavy-duty sectors. Clients receive components that integrate seamlessly into their equipment, ensuring dependable performance in real-world environments.


