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Watch development & manufacturing

Engineered forindependentwatch brands.

Custom watch development and manufacturing partner for independent brands, from concept and engineering through prototyping and production. Work covers component manufacturing, movement integration, assembly and testing.

Company film

Watch development, close up

Twelve seconds from a development and production sequence: a watch handled at the bench, component work and sub-assembly. The footage shows the kind of work a project moves through; how each stage is carried out is agreed against the project's own specification.

12 seconds · silent
  • Development

    Dial, hands, movement and case are resolved as one system, so a decision about any of them is reflected in the others.

  • Production

    Component manufacturing, finishing and assembly are coordinated as one sequence, so a change upstream is reflected downstream.

  • Oversight

    Inspection and functional checks are carried through the build, not only applied at the end.

Beyond sourcing

Manufacturing starts before production.

A successful watch project depends on decisions made long before assembly: case architecture, component interfaces, material choices, movement integration and manufacturability.

  • Engineering

    Development decisions translated into manufacturable components.

  • Detail

    Attention to interfaces, proportions, finishing and component integration.

  • Development

    Support from early concepts and prototypes toward production.

  • Production

    A structured path from approved design to repeatable manufacturing.

Custom watch development

A watch is largely decided before its parts exist.

TUOFAN supports independent watch brands through development, manufacturing coordination, assembly and quality control.

Custom watch development detail with a dial and applied components, held in a gloved hand

Capabilities

From components to complete watches.

  • Watch development

    Project evaluation · Concept review · Manufacturability considerations · Component architecture · Prototyping · Preparation for production

  • Case and components

    Case · Bezel · Caseback · Crown · Bracelet and related metal components

  • CNC machining

  • Dial and hands

  • Movement integration

  • Surface finishing

  • Assembly

  • Testing and quality control

Process

From concept to production.

A watch moves through interconnected engineering and manufacturing decisions. Each stage informs the next.

Each project follows the development steps relevant to its design and requirements.

  1. Concept

    We review your ideas, references, and goals to identify key design requirements.

  2. Engineering

    We assess dimensions, materials, construction, and manufacturing feasibility.

  3. Prototype

    Where needed, a physical sample helps evaluate fit, function, and appearance.

  4. Component manufacturing

    We coordinate custom component production against approved specifications.

  5. Finishing

    Surface finishes and visual details are reviewed against the intended design.

  6. Assembly

    Components are brought together to evaluate overall fit and function.

  7. Testing

    Inspection and testing are planned around each project's requirements.

  8. Production

    Approved specifications guide production planning and coordination.

Engineering

Details that determine the final watch.

  • Case architecture

    How case construction influences component fit, water resistance targets and assembly.

  • Movement integration

    Movement choice affects case architecture, dial interfaces, hands and internal component layout.

  • Material & finish

    Material and surface-finishing decisions influence geometry, appearance and manufacturability.

  • Component interfaces

    Cases, bezels, crowns, crystals, dials, hands and bracelets must work as an integrated system.

CAD line drawing of a watch case and segmented bracelet

Quality

Control through the process.

Quality is approached as a sequence of checks across the build, not as a single inspection at the end.

  1. Incoming inspection
  2. In-process inspection
  3. Surface and finishing inspection
  4. Assembly inspection
  5. Functional testing
  6. Water resistance testing
  7. Final inspection

Manufacturing

Where design becomes physical.

Machining, inspection, finishing, assembly and quality control are the physical stages a watch passes through.

  • CNC machining
  • Component inspection
  • Finishing
  • Assembly and quality control
Technician working on small watch components with tweezers at a cleanroom bench
Component inspection
Workers at assembly benches across a brightly lit production floor
Assembly and quality control

Have a watch project in development?

Tell us what you're building. Share your concept, specifications, drawings or reference material so the project can be evaluated.