CNC Fundamentals
Machine types, axes, safety and coordinate systems.
Build practical capability in CNC fundamentals, programming, milling, turning and the progression from engineering drawing to machined component.
A useful CNC programme must connect drawings, materials, tooling, coordinates, process planning, programming and inspection. Delivery scope and hands-on machine access will be confirmed for each scheduled programme.
Machine types, axes, safety and coordinate systems.
Interpret dimensions, tolerances, datums and surface requirements.
Understand program structure, motion and common machining cycles.
Plan operations, tooling, workholding, offsets and cutting sequence.
Connect machining decisions to measurement and part acceptance.
Understand how models become toolpaths, simulations and NC output.
A focused discovery discussion helps avoid a generic proposal and makes the next step relevant to your organisation.
Confirm background, machine type and learning objective.
Build drawing, tooling and programming fundamentals.
Work through realistic machining exercises.
Move into SolidCAM and advanced machining topics.
Foundation programmes can be structured for participants with suitable basic engineering knowledge. Entry requirements will be stated for each course.
Practical scope depends on the selected programme, location, machine availability and safety arrangements. ACECAM will confirm this before registration.
The curriculum can cover G-code fundamentals and introduce the CAD-to-CAM workflow. SolidCAM training is offered as a separate focused pathway.
Yes. Corporate requirements can be assessed around machines, controller types, participant experience and production objectives.
Send the basic requirement through the enquiry form or begin a WhatsApp conversation. A specialist can then recommend the most useful next step.