Services | Aumic Engineering

CNC Milling

CNC Milling is a computer-controlled machining process that uses rotating cutting tools to precisely remove material from a stationary workpiece to create complex shapes and parts. At Aumic Engineering, we use this high-speed technology to deliver components with microscopic accuracy and consistent quality for every production run.

4th Axis Milling

4th axis milling adds a rotary dimension to the standard three axes (X, Y, and Z), allowing the workpiece to rotate automatically during the machining process. This capability enables Aumic Engineering to manufacture complex, multi-sided components in a single setup, significantly increasing precision while reducing production time.

CNC Turning

CNC Turning is a machining process where a workpiece is rotated at high speed while a stationary cutting tool shapes it into precise cylindrical or rounded components. This method is ideal for producing high-accuracy shafts, bolts, and custom fittings with exceptional surface finishes and tight tolerances.

Drilling

Drilling is a high-speed machining process that uses a rotating cutting tool, typically a twist drill bit, to create precise circular holes in a stationary workpiece. At Aumic Engineering, we utilize CNC-controlled drilling to ensure perfectly positioned, consistent holes across large production runs, meeting the exact depth and diameter requirements for industrial assemblies.

Tapping

Tapping is a precision machining process used to cut internal threads into a pre-drilled hole, allowing the component to securely accept bolts or threaded fasteners. By utilizing CNC-controlled tapping, Aumic Engineering ensures perfectly aligned threads and consistent pitch accuracy for every part, from heavy-duty industrial fittings to delicate custom components.

Threading

Threading is the process of creating precise helical grooves on either the internal or external surface of a workpiece to allow for secure mechanical fastening. At Aumic Engineering, we utilize CNC technology to ensure perfect pitch and depth, providing high-strength threaded connections for everything from industrial bolts to specialized hydraulic fittings.

Boring

Boring is a precision machining process used to enlarge and refine the internal diameter of an existing hole to achieve extremely tight tolerances and a superior surface finish. At Aumic Engineering, our CNC boring capabilities ensure perfect concentricity and accuracy, which is essential for high-performance industrial housings and engine components.

Slotting & Splining

Slotting and splining are specialized machining processes used to create longitudinal grooves or multiple integral keys along a shaft or inside a bore. At Aumic Engineering, we utilize these techniques to produce high-strength mechanical connections, such as keyways and drive shafts, ensuring perfect torque transmission for heavy-duty industrial machinery.

Sawing And Cutting

Sawing and cutting are the essential first steps in the manufacturing process, where raw bar stock, plates, or sections are accurately sized to prepare them for further machining. At Aumic Engineering, we utilize heavy-duty industrial saws to ensure clean, square cuts with minimal material waste, providing the perfect foundation for high-precision CNC work.

Chamfering

Chamfering is a precision finishing process used to cut a sloped edge or "bevel" at the intersection of two surfaces, typically at a 45° angle. At Aumic Engineering, we apply chamfers to remove sharp burrs, improve part safety, and create lead-in features that make bolt and component assembly significantly easier.

Profile Milling

Profile milling is a specialized CNC process used to machine the outer edges or internal perimeters of a part into complex 2D or 3D shapes. At Aumic Engineering, we use high-speed profile milling to achieve smooth surface finishes and exact contours, ensuring that even the most intricate custom designs are structurally sound and visually precise.

Polishing & Finishing

Polishing and finishing are the final stages of the manufacturing process, used to refine the surface of a component to achieve a specific smoothness or aesthetic appearance. At Aumic Engineering, we use these techniques to remove microscopic imperfections, improve corrosion resistance, and ensure that every part meets the high-quality visual and functional standards our clients expect.

Bearing Pressing & Assembly

Bearing pressing and component assembly are the final critical steps where individual precision-machined parts are integrated into functional mechanical units. At Aumic Engineering, we use specialized hydraulic pressing equipment to ensure interference-fit bearings are seated with perfect alignment, preventing premature wear and ensuring the long-term reliability of your rotating assemblies.

Roller Engineering

Roller Engineering is a specialized discipline focused on the design, manufacture, and precision reconditioning of industrial rollers used in conveyor systems, printing presses, and manufacturing lines. At Aumic Engineering, we combine heavy-duty CNC turning with expert balancing to produce rollers that withstand high load capacities while maintaining perfect concentricity for vibration-free operation.

Comprehensive Engineering & Manufacturing Solutions

CNC Machining To Tight Tolerances

Custom Roller Manufacturing

Specialised Fabrication Services

From Concept To First Article

14 Precision Machining Processes

CNC Milling

4th Axis Milling

CNC Turning

Drilling

Tapping

Threading

Boring

Slotting & Splining

Sawing And Cutting

Chamfering

Profile Milling

Polishing & Finishing

Bearing Pressing & Assembly

Roller Engineering

Trusted Across Demanding Sectors

Mining

Military

Automotive

Hydraulic Systems

Construction

Manufacturing

Cement Transport

And More

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