VMC Machining

Precision machining capability

Machining support from detailed components to large tooling

PTPL provides VMC machining for industrial components, patterns, dies, moulds, and engineering modifications based on customer drawings and specifications.

Our setters, programmers, and skilled machine operators work within a coordinated 50,000 sq. ft. manufacturing facility. Machine selection, setup planning, machining, and inspection are aligned with the component geometry and project requirement.

26+Advanced VMC machines
3000 mmMaximum listed X travel
2000 mmMaximum listed Y travel
PTPL machine shop with multiple VMC machines and skilled operators
Multi-machine capacity for varied component sizes
Machining strengths

Capability built around the drawing

Every job begins with a practical review of geometry, machining access, setup needs, capacity, and the checks required before manufacturing starts.

High-precision machining

Controlled programming, setup, and machining for critical profiles, faces, cavities, and features.

Large-format capacity

Listed machining ranges extend up to 3000 x 2000 x 1000 mm for substantial tooling requirements.

Experienced production team

Setters, programmers, and machine operators coordinate machining decisions across the shop floor.

Integrated inspection

Stage-wise and final checks compare critical features with approved drawings and specifications.

How a machining job moves

A controlled path from drawing to inspection

Technical review continues through the job so setup, programming, machining, and checking remain aligned with the supplied requirement.

PTPL programmer preparing machining data at a CAD workstation
  1. 01
    Drawing review

    Review component geometry, specifications, capacity, and machining access.

  2. 02
    Programming and planning

    Prepare tool paths, setups, workholding, tooling, and operation sequence.

  3. 03
    Machine setup

    Locate and secure the workpiece, establish references, and verify the planned setup.

  4. 04
    Controlled machining

    Complete the required profiles and features through the planned operations.

  5. 05
    Inspection and handover

    Check critical dimensions and complete finishing or downstream preparation.

PTPL technician checking a machined component with a precision measuring instrument
Typical requirements

Machining for tooling and industrial components

The final manufacturing approach depends on the supplied material, drawing, component geometry, setup access, and inspection requirement.

  • Sand casting patterns and tooling
  • Shell moulding and lost foam dies
  • Fiber pulp mould components
  • Customer-specified industrial components
  • Rework and engineering modifications
View complete machine capacities
Request a machining review

Have a component drawing to discuss?

Send the available drawing, size, material, quantity, and project requirement to our team.

Start an enquiry