Milestone 2 · deterministic validation

CutSmith Engineering Workbench

Tune the fabrication parameters and inspect the exact geometry before any AI enters the design loop.

Machine profilexTool M2 20W426 × 320 mm working area
Calibration required. The 3.00 mm stock and 0.15 mm kerf defaults are provisional. Cut the included coupon before relying on joint fit.

Output

Live fabrication sheet

CutScoreEngrave
{"schemaVersion":"1.0","units":"mm","machine":"xtool-m2-20w","calibrationStatus":"provisional","validationStatus":"warning","mode":"preview","acknowledgedWarningIds":[]} P01 P02 P03 P04 P05 P06 P07 P08 P09 P10 P11 P12 P13 P14 P15 P16 P17 P18 P19 P20 P21 CAL 3.00mm K0.15 -0.15 -0.10 -0.05 +0.00 +0.05 +0.10 +0.15

Export gate

Validation findings

0 errors1 warnings

Inventory

Bill of materials

PartMarksQty
Base panelP011
Reference frameP021
Structural ribP03, P042
WheelP05, P062
Flat axleP07, P082
SpacerP09, P10, P11, P124
Keyed slot plateP131
Through tabP141
Locking keyP151
Retainer pinP16, P172
Layered silhouetteP18, P192
Finger joint AP201
Finger joint BP211
Calibration couponCAL1

Relationships

Dependency graph

  • keyed-through-tabtab-test → slot-test → locking-keyClearance slot retained by a tapered removable key.
  • press-fit-fingerfinger-a → finger-bProvisional interference fit; verify with the coupon.

Step dependencies

  • step-1root
  • step-2step-1
  • step-3step-2

Sequence

Assembly steps

  1. Test the finger joint

    Bring the complementary finger profiles together evenly; do not force an uncalibrated fit.

    2 parts · 1 joints
  2. Test the keyed tab

    Insert the through-tab into the slot plate, then seat the tapered key only until snug.

    3 parts · 1 joints
  3. Review the sampler parts

    Use the remaining pieces to inspect primitive scale, labels, holes, notches, and operation layers.

    16 parts · 0 joints