CNC Designs for Side Table from a Single Board

MASTER BRIEF: CNC-READY SIDE TABLE (4TH-AXIS & PRECISION NESTING)

PROJECT OVERVIEW:
Create 1:1 scale digital files for the Michael Pekovich "Side Table from a Single Board."
This requires a high-fidelity 3D model for assembly, individual STL/STEP files for
4th-axis rotary legs, and DXF cut sheets for all flat parts.

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1. CORE TECHNICAL SPECIFICATIONS
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* SCALE: 1:1 (Full Scale) in Imperial (Inches).
* THE REVEAL: All aprons and stretchers must be inset exactly 1/16" (0.0625")
from the outside face of the legs.
* LEG GEOMETRY: Taper legs from 1-3/16" at the top to 5/8" at the foot.
* TAPER ORIENTATION: Tapers must occur ONLY on the two inside faces.
Outside faces must remain vertical/square (90 degrees).
* DOG-BONE FILLETS: All internal square corners in the DXF files must
include dog-bone fillets for CNC bit clearance.

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2. 4th-AXIS & 3-AXIS DELIVERABLES
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* LEGS (4th-Axis): Provide 4 individual STL/STEP files.
Confirm rotation center-point. Mortises must be modeled as flat
features on the tapered surfaces.
* FLAT PARTS (3-Axis): Provide individual DXF files for EVERY part
(Top, Aprons, Stretchers, Drawer Front, Drawer Sides, Drawer Back,
Drawer Bottom, Runners, Guides, and Kickers).

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3. JOINERY, TOLERANCE, & INTERFERENCE
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A GLOBAL INTERFERENCE CHECK must be performed on the 3D assembly
before delivery to ensure a "0.000 clash" result.

* JOINERY DEPTHS:
- Side Apron to Front Leg: 3/4" Depth
- Side Apron to Rear Leg: 3/4" Depth (45° Mitered end)
- Rear Apron to Rear Leg: 3/4" Depth (45° Mitered end)
- Top/Bottom Stretchers: 1/2" Depth (Forked/Bridle style)

* FIT TOLERANCE: Model all joints with a 0.005" offset to ensure
a "piston fit" for assembly.

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4. MANDATORY TECHNICAL CONFIRMATION (Freelancer Must Acknowledge)
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"Please confirm: The side and rear apron tenons meet at a 45-degree
miter inside the rear legs. Please confirm that your 3D model
reflects this mitered intersection and that you have verified
'Zero Interference' at this specific junction."

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5. FINAL FILE PACKAGE REQUIRED
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1. 3D Master Assembly (.STEP)
2. Individual 3D Leg Files (.STL) for Rotary
3. Individual 2D Part Files (.DXF) for Nesting
4. Exploded View PDF with basic dimensions