Workpiece Geometry & Alloy
Nominal tube outside diameter, wall thickness distribution, material grade, and seam characteristics.
Technical Scoping & Project Parameters
In industrial machine building, evaluating a potential project requires detailed mechanical parameters and workpiece drawings. This worksheet shows the information that frames a scoping discussion.
Example site
Technical Scoping Reference
This is an example site by Nipartsystems, so it does not take enquiries.
Mechanical Parameters for Discussion
In industrial machine building, evaluating a tube-end forming application involves reviewing physical workpiece characteristics and facility interfaces:
- Workpiece Material: Alloy type, temper, yield behavior, and surface condition (e.g., bare, oiled).
- Tube Dimensions: Nominal outer diameter, inner diameter, wall thickness, and length tolerance.
- Forming Requirements: Target expansion or reduction ratio, bead profile, flare angle, or flange dimensions.
- Clamping Clearance: Straight length of tube available behind the form zone before bends or fittings.
- Production Cadence: Expected parts per hour and preferred part handling (manual vs. automated transfer).
- Facility Considerations: Available shop voltage, compressed air supply, and floor space envelope.
Project Discovery Parameters
A technical scoping review would examine the following fundamental parameters:
Target Formed Profile & Tolerances
Part drawings showing required expansion, bead geometry, flare dimensions, and allowable tolerances.
Production Cadence & Handling
Expected operating shift patterns, cycle times, and tooling changeover frequency between batches.
Plant Utilities & Space Constraints
Available shop power, pneumatic air line pressure, and physical floor footprint for the machine station.