Combined process planning
Allocate turning, milling and auxiliary operations from part features and quality requirements.
01 / TURN-MILL AUTOMATION
Connect combined machining
with an integrated automation flow.
Assess workholding datums, combined turning and milling operations, automated loading, in-process inspection and machine interfaces.
01
01 / SOLUTION FOCUS
Define operations and datums before automation
A turn-mill solution must consider operation concentration, clamping count, datum transfer, tool clearance, handling orientation and quality control.
Positioning & workholding
Assess datums, clamping areas, cutting loads, deformation risk and changeover needs.
Automated loading
Define flow from blank and finished-part condition, gripping points, orientation changes and machine interfaces.
In-process inspection
Arrange process measurement and exception handling around key characteristics, tooling state and traceability.
02 / ENGINEERING WORKFLOW
Move from inputs to acceptance, one clear decision at a time.
- 01
Drawing & sample review
Identify part features, datums, material and quality requirements
- 02
Combined process plan
Define combined operations, workholding, tooling and inspection points
- 03
Automation interfaces
Define handling, doors, signals, fixtures and safety boundaries
- 04
Integrated commissioning
Verify machine, handling, controls and exception flows
- 05
Acceptance
Accept against agreed parts, operating conditions and quality items
03 / EVALUATION INPUTS
Bring the right inputs for a productive review.
Part & blank
Provide part drawings, blank form, material, preceding and following operations and finished condition.
Combined operations
Define turning, milling and other operations, datum relationships and key characteristics.
Production conditions
Describe volume, shifts, changeover frequency, target cycle and connected interfaces.
Acceptance criteria
Define measurement, quality decisions, cycle definition and continuous-run conditions.
PROJECT INQUIRY