Dial

Manufacturing Process

Objective

To shape and refine an ultra-thin, highly polished meteorite dial, capturing the material's natural cosmic patterns while ensuring durability and precision fit within the watch’s framework.

Driven by the allure of cosmic elements, Aventi sought to create a watch dial that connects wearers with the mysteries of the universe. The Celestial Meteorite Dial is crafted from genuine meteorite, adding a unique, otherworldly texture and pattern. This material, which traveled through space before landing on Earth, brings an irreplaceable sense of wonder and luxury to each timepiece.

Development Journey

Initial Challenges

Material Hardness

Meteorite is extremely hard, which posed difficulties in precision cutting and shaping while maintaining its intricate Widmanstätten pattern.

Structural Integrity

Cutting the meteorite thin enough for a dial demanded techniques to prevent cracking or damaging its unique surface texture. After cutting, it was mounted on a thin brass sheet to preserve it from shocks.

Breakthroughs

Advanced Laser Cutting

By employing high-precision laser cutting, Aventi achieved clean, accurate cuts without compromising the meteorite’s structural integrity and beautiful visual pattern.

Cryogenic Stabilization

To prevent fracturing, the meteorite underwent cryogenic treatment, stabilizing it during cutting and polishing. The thin slab was then mounted on a brass sheet base to ensure its long-term integrity.

overcoming limitations

Material Handling

Challenge

Meteorite’s hardness and brittleness required careful handling during shaping.

Solution

Cryogenic stabilization and precision laser techniques helped maintain structural integrity.

Pattern Preservation

Challenge

Preserving the natural Widmanstätten pattern during processing.

Solution

Controlled acid etching and meticulous polishing preserved the pattern's depth.

Summary of dial Manufacturing Process

Total Manufacturing Time

252 hours

01Material Selection
Process Details
- Sourcing and preparing meteorite slabs
Tools/Techniques Used
- Cryogenic chamber, laser cutters
Duration
- 72 hours
Key Outcomes
- High-quality meteorite with preserved patterns
02Precision Cutting
Process Details
- Shaping and thinning the meteorite to dial specifications and mounting it on a brass base
Tools/Techniques Used
- Precision laser, cryogenic stabilization
Duration
- 96 hours
Key Outcomes
- Ultra-thin dials with undamaged, clear patterns assembled on a brass base
03Etching and Polishing
Process Details
- Enhancing Widmanstätten pattern
Tools/Techniques Used
- Acid etching, polishing solutions
Duration
- 48 hours
Key Outcomes
- Enhanced natural pattern with a highgloss finish
04coating application
Process Details
- Applying clear coating for durability
Tools/Techniques Used
- Custom coating solution, UV curing
Duration
- 24 hours
Key Outcomes
- Durable, scratch resistant finish
05Quality Inspection
Process Details
- Checking for pattern clarity, thickness, and durability
Tools/Techniques Used
- Microscopic inspection, thickness gauge
Duration
- 12 hours
Key Outcomes
- Dials with pristine patterns and durable coating

Detailed Manufacturing Process

Material Selection +

Sourcing and Initial Preparation

Material Selection

72 hours

High-Quality Meteorite

Selected for distinct Widmanstätten patterns, each meteorite slab is carefully chosen for clarity and durability.

Cryogenic Stabilization

The slabs undergo cryogenic treatment to reduce brittleness, making them more stable for precision cutting.

Element 
Function
Properties
Meteorite
Base material for dial
Unique pattern, extreme hardness
Cryogenic Chamber
Stabilizes material
Reduces brittleness hue

Element 
Meteorite
Function
Base material for dial
Properties
Unique pattern, extreme hardness

Element 
Cryogenic Chamber
Function
Stabilizes material
Properties
Reduces brittleness hue

Precision Cutting +

Laser-Assisted Shaping

Precision Cutting

96 hours

Setup

Meteorite slabs undergo cryogenic stabilization and secure fastening to prevent movement during laser cutting.

Laser Cutting

Advanced precision lasers shape the dial to exact specifications, preserving the Widmanstätten pattern with a thickness tolerance of ±0.1mm. The resulting thin slab is then mounted on a brass base sheet.

Surface Control:

Laser settings are fine-tuned to maintain the meteorite's natural texture while preserving its unique surface details.

Tool

Purpose

Precision

Laser Cutter

Shaping dial with pattern preservation

±0.1mm tolerance

Tool
Laser Cutter
Purpose
Shaping dial with pattern preservation
Precision
±0.1mm tolerance

Etching and Polishing +

Acid Etching

Etching and Polishing

48 hours

Pattern Enhancement

Each dial undergoes a controlled acid etching process to bring out the Widmanstätten pattern, enhancing the meteorite’s visual depth.

High-Gloss Finish

Following etching, the dials are polished using specialized compounds, which bring out the natural luster while preserving the cosmic patterns.

Protective Coating Application +

Application of Clear Protective Coating

Protective Coating Application

24 hours

UV-Cured Coating

To prevent oxidation and preserve the dial’s integrity, a clear coating is applied and cured under UV light, ensuring a long-lasting, scratch-resistant finish.

Step
Description
Duration
Coating Application
Applying protective layer
8 hours
UV Curing
Hardening the coating
16 hours

Step
Coating Application
Description
Applying protective layer
Duration
8 hours

Step
UV Curing
Description
Hardening the coating
Duration
16 hours

Quality Inspection +

Dimensional Accuracy

Quality Inspection

12 hours

Measurement

Each dial is measured to confirm it meets Aventi’s exact specifications.

Pattern Clarity

The Widmanstätten pattern is inspected under magnification to ensure it is evenly visible across the dial.

Coating Quality

The clear coating is inspected for even application, scratch resistance, and adherence to the meteorite surface.

Inspection Type
Criteria
Method
Dimensional Accuracy
 Exact thickness and size
Precision measurement tools
Pattern Clarity
Visible Widmanstätten pattern
Microscopic inspection
Coating Application
Even, durable finish
Scratch resistance testing

Inspection Type
Dimensional Accuracy
Criteria
 Exact thickness and size
Method
Precision measurement tools

Inspection Type
Pattern Clarity
Criteria
Visible Widmanstätten pattern
Method
Microscopic inspection

Inspection Type
Coating Application
Criteria
Even, durable finish
Method
Scratch resistance testing

Unparalleled Excellence

A Tribute to Aventi’s Craftsmanship

Cosmic Origins

Sourced from genuine meteorite, each dial brings the mysteries of space to the wearer’s wrist, connecting them to the universe.

Precision Engineering

The cryogenic stabilization and laser cutting allow for a refined, ultra-thin dial that maintains the meteorite’s intricate patterns.

Symbol of Distinction

Each Celestial Meteorite Dial is a testament to Aventi’s commitment to exceptional materials and uncompromising quality.

Technical Details and Innovations

Cryogenic Stabilization

Stabilizing the meteorite at cryogenic temperatures minimizes brittleness, allowing precise cutting with reduced risk of fractures.

Laser Precision Cutting

Custom laser settings allow thin, clean cuts that maintain the structural integrity and unique pattern of each dial.

Enhanced Pattern Etching

Acid etching techniques accentuate the Widmanstätten pattern, giving each dial a deep, cosmic aesthetic while enhancing its natural texture.

A Star’s Journey, Your Legacy

starfire

$19,000 USD

The Aventi Starfire is a bold redefinition of luxury horology, inspired by the cosmos and crafted for those who lead, not follow. Within its one-of-a-kind Gold Carbon CFT™ case and intricately etched meteorite dial, it houses our brand-new FT-11G Flying Tourbillon movement, Swiss-made and Chronometer certified, and represents a statement of innovation and exclusivity. Exclusive and unique, it connects its wearer to the universe like no other timepiece ever.

only 20 strafire pieces will be available each month worlwide

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