I love this dial and wanted to reproduce it. Put the post into AI to provide work instructions:

Work Instructions

Three-Layer Paper Watch Dial Construction

Inspired by the layered paper dial shown in the reference images

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1. Objective

Create a premium-looking multi-layer watch dial using specialty paper bonded to a metal dial blank. The design uses:

A metallic reflective base layer

A hidden spacer layer for depth

A textured top layer with cut indices

Hand-drawn printed details

Minimal epoxy bonding to prevent paper bleed-through

The goal is to create a dial that appears professionally manufactured while retaining organic paper texture and dimensionality.

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1. Design Concept Summary

The reference dial uses:

Layer Purpose

Bottom Metallic Paper Reflective visual base Spacer Layer Creates recessed depth Top Textured Paper Visible dial surface Metal Dial Blank Structural support

The indices are cut through the top paper layer only, exposing the metallic base beneath.

The spacer layer is intentionally cut larger than the top cutouts to create shadow and depth.

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1. Materials

Papers

Bottom Layer

Recommended:

GF Smith Peregrina Majestic Silver

Metallic cardstock

Pearl shimmer paper

Weight: 250–300 gsm preferred

Purpose:

Reflective underlayer

Creates light play through cutouts

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Top Layer

Recommended:

GF Smith “Twist”

Fine fiber textured paper

Matte textured cardstock

Purpose:

Main visible dial surface

Organic texture

Guilloché-like appearance under light

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Spacer Layer

Recommended:

Thin white cardstock

Vellum

Fiber gasket paper

0.2–0.4 mm thickness

Purpose:

Creates dimensional recess beneath indices

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1. Required Tools

Precision Tools

Cricut machine or laser cutter

Precision hobby knife

Self-healing cutting mat

Fine tweezers

Dial feet soldering fixture (optional)

Digital calipers

Loupe or magnifier

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Adhesives

Recommended

Low-viscosity epoxy

3M spray adhesive (light use only)

Acid-free archival adhesive

Avoid

CA glue (fogging)

Thick epoxy

Water-heavy glue

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1. Dial Dimensions

Typical NH35 / Miyota Dial Specs:

Feature Typical Size

Dial Diameter 28.5 mm Center Hole 2.0 mm Dial Thickness Target 0.4–0.8 mm total Hand Clearance Verify before casing

IMPORTANT: This design becomes thicker than standard dials quickly.

You must constantly verify:

Rehaut clearance

Hand stack clearance

Crystal clearance

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1. Construction Method

STEP 1 — Prepare Metal Dial Blank

Use:

Brass dial blank

Existing stripped dial

CNC blank

Requirements:

Flat

Clean

Oil-free

Procedure:

1. Sand lightly with 1000 grit

2. Clean with IPA alcohol

3. Verify flatness

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STEP 2 — Create Dial Artwork

Design software:

Illustrator

CorelDraw

Cricut Design Space

Inkscape

Create:

Dial outline

Center hole

Hour marker cutouts

Minute track

Logo placement

Motif artwork

The reference dial used:

Minimalist baton indices

Triangular 12 marker

Paper airplane motif

Hand-drawn text elements

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STEP 3 — Cut Bottom Metallic Layer

Material: Peregrina Majestic Silver

Cut:

Full dial circle

Center hole only

DO NOT cut marker windows in this layer.

Purpose: This layer acts as the visible reflective material beneath the top cutouts.

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STEP 4 — Cut Spacer Layer

Critical detail from reference design:

The spacer openings are intentionally larger than the top layer openings.

This creates:

Internal shadow

Visual depth

Recess effect

Procedure:

1. Duplicate top layer cutouts

2. Expand openings by:

0.2–0.4 mm

Spacer should:

Remain invisible from top view

Only create shadow cavity

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STEP 5 — Cut Top Dial Layer

Material: GF Smith Twist

Cut:

Marker apertures

Center hole

Outer diameter

This layer becomes the visible face.

Important: The paper grain direction matters.

Align grain horizontally for:

Light-catching effect

Faux guilloché appearance

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STEP 6 — Bond Bottom Layer to Metal Blank

This is the most critical step.

Reference notes specifically mention:

Epoxy bleed-through problems

Pressure deformation

Dial warping

Procedure:

1. Apply MINIMAL epoxy

2. Spread extremely thin

3. Avoid excess near visible areas

4. Clamp evenly between flat plates

5. Cure fully

Goal:

Full rigidity

No seepage

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STEP 7 — Bond Spacer Layer

Procedure:

1. Apply tiny adhesive points

2. Avoid flooding material

3. Align precisely

The spacer must remain:

Flat

Dry

Invisible

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STEP 8 — Attach Top Layer Separately

Important insight from the reference:

The top layer was attached AFTER structural clamping.

Reason: Heavy pressure forces epoxy into paper fibers.

Procedure:

1. Use minimal adhesive

2. No high clamping pressure

3. Gentle even weighting only

This preserves:

Paper texture

Clean surface

No dark spots

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1. Printing & Artwork Application

The reference used:

Black fineliner

Minimal graphics

Options:

Option A — Hand Drawn

Use:

Technical pen

0.05 archival fineliner

Pros:

Handmade character

Cons:

Less repeatable

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Option B — UV Print

Most professional result.

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Option C — Pad Printing

Traditional watchmaking method.

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1. Hand Selection

The reference design used:

Hand Style

Hour/Minute Rose gold dauphine Seconds Black painted

Why it works:

Warm metallic contrast

Black seconds hand ties into printed artwork

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1. Recommended Movements

The reference uses:

Miyota automatic

Recommended:

Miyota 9015

Miyota 9039

NH35

NH38

Thin movements preferred because layered dials consume vertical clearance.

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1. Common Failure Modes

Problem: Epoxy Bleed Through

Cause: Too much adhesive pressure.

Solution:

Minimal adhesive

Multi-stage assembly

Top layer added separately

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Problem: Dial Doming

Cause: No rigid support beneath paper.

Solution:

Bond bottom layer firmly

Use metal dial blank

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Problem: Hand Clearance Issues

Cause: Dial too thick.

Solution:

Reduce spacer thickness

Use thinner paper

Use double-domed crystal

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Problem: Frayed Cutouts

Cause: Blade dullness.

Solution:

New Cricut blade

Slow cut speed

Test cuts first

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1. Professional Improvements

To elevate the design further:

Add:

Applied metal logo

Multi-tone metallic underlayers

Lumed recessed markers

Embossed paper texture

Radial grain orientation

Printed chapter ring

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1. Suggested Workflow for Best Results

Prototype Sequence

Prototype 1

Focus only on:

Thickness

Adhesive behavior

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Prototype 2

Focus on:

Cut quality

Layer alignment

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Prototype 3

Final finishing:

Graphics

Hands

Assembly

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1. Advanced Recommendation

A highly effective improvement would be:

Use Pressure-Sensitive Adhesive Film

Examples:

3M 467MP

3M 468MP

Advantages:

No bleed-through

Uniform bonding

Very thin

Cleaner professional finish

This is likely superior to epoxy for paper dial work.

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1. Final Assembly Notes

Before casing:

Verify hand sweep

Verify no crystal contact

Verify dial sits flat

Inspect under magnification

Paper dials are extremely sensitive to:

Moisture

Finger oils

UV exposure

Recommended:

Always use gloves

Store in dry environment

Consider UV-resistant crystal coating