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Metrology & Engineering Methodology

Micron tolerances anchored in classical horological discipline.

Bridging contemporary industrial architecture with traditional bench watchmaking lathe work for extreme physical hardware.

42k

RPM spindle speeds

Ra 0.1

Surface finish tolerance

0.005

Coordinate verification (mm)

Four-Stage Protocol

From kinematic CAD to optical verification

01
02
03
04

CAD Kinematic Modeling

Multi-Axis Micro-Machining

Hand Bench Finishing

Metrological Sign-Off

Simulating every mechanical interface and tolerance stack before physical material is touched on the bench.

Executing complex geometry on simultaneous 5-axis mills with high-rigidity spindles and coolant management.

Applying traditional watchmaking anglage, black polishing, and satin graining to every functional edge.

Verifying dimensional integrity using optical coordinate measuring machines with sub-micron data capture.

Material & Equipment Standards

Machining capacities and metallurgy

Uncompromising standards across all raw stock and physical prototypes.

High-Velocity Spindles

Alloy Mastery

Optical Metrology

Milling complex geometries at up to 42,000 RPM with minimal thermal deflection and absolute rigidity.

Strict handling of grade-5 titanium, lead-free brass, 316L surgical steel, and beryllium copper components.

Laser interferometry and coordinate measuring machines validating tolerances down to 0.005mm.

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Begin a confidential technical evaluation

Upload STEP files and 2D engineering drawings under mutual non-disclosure agreement.