Part & datums
Confirm blank condition, locating datums, clamping areas, deformation risk and changeover needs.
01 / DEDICATED MACHINING
Engineer around the part and process
Build dedicated machining equipment.
Evaluate fixtures, machining units, automated loading, inspection and integration from workpiece datums, operations and production conditions.
01
01 / SOLUTION FOCUS
Align machining process and equipment design
Dedicated equipment must consider machining access, workholding stability, auxiliary time, tooling conditions, quality inspection and maintenance space.
Machining process
Define operation sequence, tooling, cooling, chip removal, measurement and quality criteria.
Dedicated fixtures
Assess repeat positioning, operating space, cleaning, maintenance and abnormal part removal.
Automated handling
Define handling from cycle needs, trays or conveying, orientation changes and machine interfaces.
02 / ENGINEERING WORKFLOW
Move from inputs to acceptance, one clear decision at a time.
- 01
Part review
Review drawings, samples, material, blank and key characteristics
- 02
Process planning
Define sequence, datums, tooling and inspection method
- 03
Machine concept
Assess fixtures, machining units, handling and safeguarding
- 04
Process validation
Validate process and quality items with agreed parts and conditions
- 05
Handover
Complete operation, maintenance, acceptance records and site interfaces
03 / EVALUATION INPUTS
Bring the right inputs for a productive review.
Micro & deep-hole machining
Focus on hole geometry, material, tooling, cooling, chip removal, positioning and inspection.
Turn-mill machining
Focus on combined operations, repeat clamping, datum transfer, handling and in-process inspection.
Dedicated batch machining
Assess stable workholding, auxiliary actions, changeover and quality control.
Machining and inspection integration
Define in-line or off-line flow from measurement, decision and traceability requirements.
PROJECT INQUIRY