Conventional Machining

With a wide range of CNC milling and conventional CNC machine tools at its disposal, our team of highly skilled engineers produce a wide variety of components to our customers’ specifications in one-offs and small/medium batches. We are proud that our diverse client base includes several industry leaders.

• Plain Endmill – used for most milling – creates walls with 90-degree straight edges and sharp corners at the bottom of a recess
• Chamfer Endmill – creates 45-degree bevels on the top edge of a wall or recess
• Grooving Endmill – creates rectangular grooves in side walls
• Ball Mill – creates rounded edges at the bottom edge of a recess
• Rounding Endmill – creates rounded edges at the top edge
• Angle Endmill – creates walls at angles other than 90 degrees

Conventional machining processes form the backbone of modern manufacturing, with milling, turning, boring, and drilling being among the most widely used techniques. These subtractive manufacturing methods involve removing material from a workpiece to achieve the desired shape and dimensions.

• Milling is a versatile process, using rotating multi-point cutting tools to create complex geometries and flat surfaces.
• Turning on the other hand, involves rotating the workpiece against a single-point cutting tool, ideal for creating cylindrical parts with high precision.
• Boring is the go-to process for enlarging and finishing holes, offering excellent accuracy and surface finish.
• Drilling is essential for creating holes of various sizes and depths in a wide range of materials.

Each of these processes plays a crucial role in industries ranging from aerospace to automotive, enabling the production of components with tight tolerances and superior quality. As technology advances, these conventional machining methods continue to evolve, integrating with modern CNC systems to enhance productivity and precision.