Positioning & clamping
Confirm machining datums, clamping areas, workpiece rigidity, deformation risk and repeat positioning.
01 / MICRO & DEEP-HOLE AUTOMATION
Turn hole-machining constraints
into verifiable machine conditions.
Assess dedicated automation around hole geometry, material, positioning, clamping, tooling, cooling, chip removal, process flow and inspection.
01
01 / SOLUTION FOCUS
Begin with the boundaries of the hole-making process
Diameter, depth, depth-to-diameter ratio, material, positional tolerance and surface requirements jointly affect tooling, feed, cooling, chip removal, fixtures and inspection.
Tooling, cooling & chip removal
Evaluate tooling conditions, cooling method and chip evacuation from hole features and material.
Machining sequence
Map feed, retract, chip clearing, tool condition and auxiliary actions.
Inspection & exception handling
Define inspection items, sampling or in-line flow, and responses to tool breakage or chip blockage.
02 / ENGINEERING WORKFLOW
Move from inputs to acceptance, one clear decision at a time.
- 01
Hole definition
Confirm diameter, depth, position, material and quality requirements
- 02
Process assessment
Assess tooling, feed, cooling, chip removal and measurement
- 03
Fixture & automation
Define positioning, clamping, handling and error proofing
- 04
Sample validation
Validate agreed parts and quality characteristics
- 05
Machine delivery
Complete acceptance, operation, maintenance and site handover records
03 / EVALUATION INPUTS
Bring the right inputs for a productive review.
Hole feature assessment
Provide diameter, depth, positional tolerance, surface requirements and drawings.
Material & blank
Describe material grade, hardness, blank consistency and preceding operations.
Volume & cycle needs
Describe batch volume, shifts, target cycle and whether handling and inspection are included.
Quality & acceptance
Define measurement method, sampling rules, decision criteria and acceptance conditions.
PROJECT INQUIRY