Movement Parts
The Foundation of Horological Mastery: Precision Micro-Machining for Movements, Plates and Bridges
In the world of “Haute Horlogerie”, the caliber is the soul of the timepiece. Every plate, bridge and gear requires a level of dimensional fidelity that borders on the impossible. At this scale, even a single micron determines the difference between a mechanical marvel and a failed movement.
Mikron Tool provides the high-performance Swiss-engineered tools necessary to navigate these rigorous manufacturing standards.
Engineering Excellence for Movement Architecture
Producing the intricate "skeletons" of a watch movement, its plates and bridges, demands tools that offer absolute repeatability and process stability. Our micro-machining solutions are specifically tuned for the delicate geometries of modern Swiss calibers.
- Position Accuracy: Achieving near-zero tool runout to maintain perfect alignment in internal geometries.
- Sharpened Micro-Geometries: Expertly crafted for the finest contours and miniature features of a movement.
- Advanced Micro-Drilling & Milling: Optimized for the deep pockets and complex recesses essential for jewel settings and gear trains.
- Superior Surface Integrity: Drastically reducing the need for secondary manual finishing.
- Efficient Chip Evacuation: Engineered flute designs that prevent material buildup in confined internal cavities.
From initial prototyping to high-volume automated production, our tools assist manufacturers in reaching uncompromising consistency across every component.
Conquering the Evolution of Materials: Lead-Free Brass and Other Brass Alloys
As industry moves toward sustainability, Lead-free Brass has become a standard, yet it presents unique machining hurdles. Mikron Tool addresses these through innovative geometries and specialized coatings.
Combating Built-Up Edge (BUE)
Soft alloys often adhere to the cutting edge, ruining precision. Our tools utilize mirror-polished flutes and specific rake angles to prevent material adhesion, ensuring edge sharpness remains consistent throughout the production run.
Advanced Solutions for Lead-Free Variants
Without Lead's natural lubrication, cutting forces increase and material becomes more abrasive. Our advanced coatings lower friction and facilitate smooth chip flow, even at the high spindle speeds required for micro-components.
Precision Burr Management
Clean edges are non-negotiable for functional movement parts. Our tools provide a controlled material shear to virtually eliminate burr formation on recesses and functional holes, preserving both the aesthetic and functional quality of the movement.
Preventing Chip Recut in High-Performance Machining
Mikron Tool’s advanced internal cooling technology solves this by delivering coolant directly to the cutting edge through the tool itself. This localized cooling ensures proper coolant application to effectively flush chips away from the cutting zone during long, uninterrupted cycles.
Specialized Tooling for Horological Components
| Tool Category | Application | Primary Benefit |
|---|---|---|
| Micro-Drills | Pivot holes & gear-train bores | Extreme straightness and reliability |
| Micro-End Mills | Pockets, recesses, & bearing surfaces | High-definition edges and sharp internal corners |
| Custom Solutions | Non-standard caliber geometries | Application-specific performance peaks |
The Partner for Leading Manufactories
- Swiss-Made Heritage: Rooted in the heart of the watchmaking world, we understand the nuances of horological engineering.
- Material-Specific Optimization: Tools designed specifically for the unique demands of Lead-free Brass and Titanium.
- Enhanced Productivity: Proven to lower scrap rates and minimize the frequency of tool changes.
- Bespoke Engineering: We develop custom cutting geometries to solve your most complex movement architecture challenges.
Transform Your Caliber Production
Crafting the heart of a timepiece leaves no room for error. Mikron Tool provides the micro-machining precision needed to produce bridges, plates, and micro-components with total confidence.