Many Specialties. One Standard of Expertise.
Watch manufacturing isn’t one skill — it’s dozens of narrow ones, each with its own tooling, tolerances and failure points. From optical crystal to tungsten carbide, this is the range of production disciplines we’ve built genuine, hands-on expertise in, behind every private-label collection, held under the same NDA as the brand it’s built for.
Where Expertise Gets Specific.
Anyone can list a few things they’re good at. Fewer manufacturers can actually machine, finish and certify capability across raw materials, movements, components, finished watch types and the industry’s proprietary precious alloys — end to end, without subcontracting the hard part out. Filter by category, or hold up to three materials side by side to compare.
Titanium Grade 2
Commercially pure titanium — roughly 40% lighter than steel, fully hypoallergenic, antimagnetic and corrosion-proof through a natural oxide layer. The default for sport and tool watches where weight matters. Machining it without work-hardening or heat damage is its own discipline.
- ~160 HV
- 4.51 g/cm³
- ~40% lighter
Bronze (Phosphor)
CuSn8-type phosphor bronze is unforgiving to work with — get the alloy or the finishing slightly wrong and the patina reads as accidental instead of intentional. We’ve built a specific process around getting it right, run after run.
- ~120–200 HV
- 8.8 g/cm³
- Warm brown patina
Bronze (Aluminium)
Aluminium replaces tin as the main alloying element: harder and more corrosion-resistant than phosphor bronze, with a distinctly golden colour and a slower, more uniform patina. The controlled-ageing option for brands that want the warmth of bronze with more predictability.
- ~7.6 g/cm³
- ~170–250 HV
- Golden, slow patina
Tungsten Carbide
Among the hardest metals used in watchmaking, ranking 9.0–9.5 on the Mohs scale. Machining it without destroying tooling is a specialty in itself — most factories simply won’t take it on — and it holds a mirror polish indefinitely.
- ≈2600 HV
- 15.6 g/cm³
- Near diamond
Exotic Metals & Specialty Alloys
Damascus-pattern steels, meteorite composites and other specialty alloys. Each one is effectively its own micro-discipline, sourced and machined case by case for collectors’ editions and limited runs.
- Varies
- Varies
- One-of-a-kind grain
Ceramic (Zirconium Oxide)
High-tech ceramic based on zirconium oxide — about four times harder than steel, virtually scratch-proof, with colour that runs through the material rather than sitting on top as a coating. Lightweight and hypoallergenic; brittle under sharp impact.
- ~1,200 HV
- ~6.0 g/cm³
- Through-colour
Precision Case Construction
K9 optical crystal casebacks and case elements — a specialty most manufacturers subcontract out entirely. We cut and polish in-house, for full visual access to the movement without compromising water resistance.
- 6–7 Mohs
- ≈2.5 g/cm³
- Optical clarity
Forged Carbon
Randomly oriented carbon fibres compressed with resin under extreme heat and pressure, producing a marbled texture unique to every case — no two alike. Pioneered by Audemars Piguet for the Royal Oak Offshore; now a fixture of high-end technical watches. Ultra-light, antimagnetic, corrosion-proof.
- ~1.45 g/cm³
- Unique marbling
- Antimagnetic
Bulk Metallic Glass
An amorphous metal alloy with no crystalline grain structure — around three times harder than stainless steel, antimagnetic, and able to bond seamlessly with ceramic for hybrid bezels. It demands tooling and process control entirely different from conventional metals.
- ≈3x steel
- ≈6.1 g/cm³
- Amorphous structure
Professional Dive Watches
True dive watches require uncompromising structural integrity. We engineer cases capable of withstanding extreme atmospheric pressures, integrating helium escape valves and utilizing specialized compression gaskets tested to exceed strict diving standards.
- ISO 6425 Standards
- Helium Escape
- 100+ ATM Testing
Stainless Steel 316L
The industry workhorse — trusted by virtually every major brand for mid-range to premium cases and bracelets. Excellent corrosion resistance, low nickel release and outstanding machinability. Brushed, polished or bead-blasted to spec, dive-rated on every run.
- 7.99 g/cm³
- ~170–220 HV
- Hypoallergenic
Stainless Steel 904L
A super-austenitic steel with markedly higher corrosion resistance than standard grades and a distinctly brighter polish. Extra nickel and molybdenum let it shrug off acids, chlorides and seawater — the grade that signals premium positioning.
- 7.95 g/cm³
- ~150–200 HV
- Acid & seawater proof
Stainless Steel 1.4435 / 1.4404
The DIN/EN equivalents of AISI 316L, specified by most Swiss and European brands. 1.4435 carries slightly more molybdenum for a marginal edge in pitting resistance; otherwise performance is identical to 316L, under tighter European quality standards.
- 7.98 g/cm³
- ~170–220 HV
- Swiss / EU spec
Stainless Steel 304
The most affordable stainless grade — easy to form and weld, with good corrosion resistance in mild environments. It lacks the chloride resistance of 316L, so we reserve it for fashion and dress pieces that will never see the sea, where it offers excellent value at volume.
- 7.93 g/cm³
- ~160–190 HV
- Fashion-grade
Titanium Grade 5 (Ti-6Al-4V)
An aerospace-grade alloy with 6% aluminium and 4% vanadium — significantly stronger and harder than Grade 2, holding finishes better and resisting surface scratching. The premium titanium upgrade, with aerospace heritage in the storytelling.
- 4.43 g/cm³
- ~340 HV
- ~40–45% lighter
Molybdenum
A silvery-white transition metal with an extreme melting point, best known as the “Mo” alloyed into 316L and 904L. As a standalone case material it is genuinely rare — an aerospace-grade conversation piece for ultra-niche, limited editions.
- 10.28 g/cm³
- ~250 HV
- Melts at 2,623 °C
Tantalum
One of the most exclusive case metals in watchmaking — a striking blue-grey colour and silky lustre unlike any other metal. Virtually immune to acid corrosion, biocompatible, and notoriously hard to machine, which keeps volumes low and exclusivity high.
- 16.69 g/cm³
- ~200 HV
- Acid-proof
Proprietary & Custom Precious Alloys
Rose, yellow and white golds, and gold-ceramic hybrids, engineered for fade resistance, higher hardness and a signature colour. We support brand-specific and custom alloy processing for OEM/ODM projects, and advise clients developing their own signature precious metal. The maison alloys below are the reference set we work from.
- 18K / 9K golds
- Gold-ceramic hybrids
- Custom formulations
Rolex Everose Gold
Rolex’s patented 18K rose gold, introduced 2005. A small platinum addition stops the copper from oxidising, so the warm pink colour holds indefinitely. The alloy that set the template for every proprietary gold that followed.
- Rose 18K
- Rolex
- 2005
Omega Sedna Gold
An 18K rose gold (Omega / Swatch Group, 2012) that swaps silver for palladium. About three times harder than standard rose gold, with strong resistance to colour fade and tarnish, and a deep, warm tone.
- Rose 18K
- Omega
- 2012
Omega Canopus Gold
A proprietary 18K white gold (Omega / Swatch Group, 2015) enriched with palladium, platinum and rhodium. Bright and silvery without rhodium plating, so it never yellows or wears through.
- White 18K
- Omega
- 2015
Omega Moonshine Gold
An 18K yellow gold (Omega / Swatch Group, 2019) with a paler, softer tone inspired by moonlight, and high resistance to fading and discolouration over decades.
- Yellow 18K
- Omega
- 2019
Omega Bronze Gold
A 9K alloy (Omega / Swatch Group, 2021) that pairs gold with copper so it patinas like traditional bronze while keeping gold’s corrosion resistance. The pink hue shifts and evolves with wear.
- Rose 9K
- Omega
- 2021
Hublot Magic Gold
18K gold fused with ceramic under extreme heat and pressure (Hublot, 2011, developed with EPFL). Officially classified 18K, yet harder than steel and virtually scratch-proof.
- Gold-ceramic 18K
- Hublot
- 2011
Hublot King Gold
An 18K rose gold (Hublot, 2014) with higher copper for a rich, red-toned hue, and a trace of platinum to hold the colour against oxidation.
- Rose 18K
- Hublot
- 2014
Panerai Goldtech
An 18K rose gold (Panerai, 2020) blending gold with platinum and copper for an intense, deep-red hue, with platinum giving superior oxidation resistance.
- Rose 18K
- Panerai
- 2020
IWC Armor Gold
An in-house 18K rose gold (IWC Schaffhausen, 2019) engineered to be significantly harder and more wear-resistant than conventional 18K, while keeping the warm rose tone.
- Rose 18K
- IWC
- 2019
A. Lange & Söhne Honeygold
A gold-copper-zinc alloy (A. Lange & Söhne, 2010) with a warm, honey-like glow and hardness well above standard 18K. Reserved for limited and Homage editions.
- Honey / rose 18K
- A. Lange & Söhne
- 2010
Audemars Piguet Sand Gold
An 18K alloy (Audemars Piguet, 2024) that shifts between white and pink depending on angle and light. A colour-shifting effect new to the category, debuted on the Royal Oak Flying Tourbillon.
- Rose / white 18K
- Audemars Piguet
- 2024
Roger Dubuis EON Gold
An 18K rose gold (Roger Dubuis, 2021) engineered to resist the gradual fade that affects conventional rose gold, keeping a vivid colour. Used across the Excalibur line.
- Rose 18K
- Roger Dubuis
- 2021
Breguet Gold
An 18K alloy (Breguet, 2025) — a pale yellow with a subtle pink undertone, enriched with silver, copper and palladium. The newest entry in the proprietary precious-metal trend.
- Yellow / rose 18K
- Breguet
- 2025
Ceramic (Aluminium Oxide)
Aluminium oxide ceramic shares sapphire’s crystal structure and pushes hardness even higher than zirconia. Chemically inert and exceptionally durable, it is the go-to for bezel inserts and accent components.
- ~3.95 g/cm³
- ~1,500–2,000 HV
- Sapphire structure
Ceratanium
A titanium core heated and compressed until its surface converts to a ceramic-like skin bonded directly to the metal. As light as titanium and nearly as hard as ceramic — without ceramic’s brittleness. Matte, stealth-black, premium.
- Titanium core
- Ceramic surface
- ~40% lighter than steel
Sapphire Crystal Cases
The same synthetic corundum used for watch glass, machined into an entire case. Transparent or lightly tinted, it turns the movement into the design. Diamond-tipped milling makes it slow and costly to produce — firmly ultra-luxury territory.
- 9 Mohs
- ~2,000 HV
- Fully transparent
Carbon Fibre (Woven)
Woven carbon-fibre sheets layered with resin and cured under heat and pressure — up to five times stronger than steel at a fraction of the weight, with a signature woven texture that reads as pure performance. Antimagnetic and corrosion-proof.
- ~1.55 g/cm³
- 5x steel strength
- 75–80% lighter
Carbotech
Thin carbon-fibre sheets bonded with PEEK polymer under pressure and heat, giving a distinctive layered, wood-grain-like pattern. Lighter and stronger than titanium, with long-term chemical stability from the PEEK matrix.
- Carbon + PEEK
- Layered wood-grain
- Lighter than titanium
Sapphire Crystal & AR Coating
The lens through which your craftsmanship is viewed must be flawless. We machine complex boxed, domed, and double-domed sapphire crystals, applying multi-layered, clear anti-reflective (AR) coatings to eliminate glare without the unwanted blue tint.
- Double-Domed Sapphire
- Clear AR Coating
- Boxed Profiles
Precision Dial Manufacturing
The dial is the face of the timepiece, demanding zero tolerance for error. From stamped guilloché and applied faceted indices to meticulously layered enamel and precision pad printing, we execute complex multi-level dials that catch the light perfectly.
- Stamping & Guilloché
- Applied Indices
- Galvanic Plating
Bracelets & Micro-Adjust Clasps
Comfort dictates wearability. We engineer and machine articulated bracelets with solid end-links (SEL) that perfectly map the case contour. Our fully milled clasps integrate robust, on-the-fly micro-adjustment systems to accommodate daily wrist swelling.
- Solid End-Links
- Milled Clasps
- Micro-Adjustment
Luminescence & Hand Finishing
Visibility is paramount in tool watches. We specialize in high-volume, precision application of Swiss Super-LumiNova on dials and hands. Our hand-manufacturing process includes diamond-cutting, heat-bluing, and multi-faceted polishing for perfect legibility.
- Super-LumiNova
- Diamond-Cut
- Heat-Blued
Bezel Engineering & Ceramic Inserts
The tactile feel of a bezel click defines a sports watch. We engineer crisp, unidirectional and bidirectional bezel assemblies with zero back-play, paired with laser-engraved ceramic inserts featuring liquid metal or PVD-coated numerals.
- Zero Back-Play
- Laser-Engraved Ceramic
- Liquid Metal Filling
Mother-of-Pearl & Gemstone Dials
Natural organic and mineral materials demand extreme precision during cutting and handling. We manufacture ultra-thin Mother-of-Pearl (MOP), aventurine, malachite, and lapis lazuli dials, pairing them with applied diamond markers, guilloché, or delicate marquetry work.
- Mother-of-Pearl
- Aventurine & Stone
- Precision Marquetry
Jewelry Bracelets & Delicate Ergonomics
Designing for smaller wrist profiles requires tailored flexibility and weight distribution. We engineer supple multi-link jewelry bracelets, fine Milanese mesh, and ultra-compact hidden folding clasps, complete with tool-free quick-release systems for effortless strap switching.
- Fine Mesh & Links
- Hidden Clasps
- Quick-Release Systems
High Jewelry Gem-Setting (Serti)
Elevating timepieces into fine jewelry. Our master gem-setters execute complex setting techniques — including snow, grain, baguette, and channel setting — on bezels, cases, and dials, integrating precious stones and diamonds without compromising structural integrity or water resistance.
- Snow & Grain Setting
- Diamond-Set Bezels
- Haute Joaillerie
Complication Assembly & Regulation
Handling intricate mechanics requires strict environmental control. Our ISO-certified cleanrooms are dedicated to the final assembly, casing, and precise regulation of mechanical chronographs, GMTs, and high-complication calibers to ensure chronometric stability.
- ISO Class Cleanroom
- Micromechanics
- Multi-Position Regulation
Custom Rotors & Modification
Off-the-shelf movements rarely fit a premium brand’s visual identity. We machine, decorate, and assemble custom oscillating weights in heavy metals for optimal winding efficiency, alongside bespoke date wheels and specialized movement finishing.
- Tungsten Weights
- Côtes de Genève
- Module Integration
Compact & Micro-Mechanical Calibers
Casing mechanical movements into slim, feminine silhouettes requires specialized micromechanics. We specialize in the assembly, casing, and multi-axis regulation of compact automatic calibers, micro-rotor movements, and high-precision ultra-thin quartz modules engineered to fit delicate case proportions.
- Petite Calibers
- Micro-Rotors
- Precision Assembly
Galvanic Plating & Decoration
A premium movement demands premium aesthetics. We execute high-end movement decoration, applying consistent perlage (circular graining) to base plates and offering custom galvanic treatments, including black rhodium, ruthenium, and classic gold plating.
- Perlage
- Rhodium Plating
- Galvanic Treatments
Skeletonization & Openworking
Revealing the heartbeat of a watch requires absolute precision. We CNC-machine base plates and bridges to their structural limits without compromising stability, finishing the edges with precise machine chamfering and anglage to catch the light from every angle.
- CNC Openworking
- Anglage
- Structural Integrity
Integrated Bracelet Sports Watches
The most demanding case geometry in modern watchmaking. We specialize in the complex, continuous visual flow from case to bracelet, mastering the sharp transitions between heavy vertical brushing and high-polished bevels.
- Continuous Geometry
- Facet Polishing
- Complex Tolerances
Aviation & Pilot Watches
Designed for the cockpit, these watches require distinct protections. We integrate soft-iron inner cages (Faraday cages) for high magnetic resistance and engineer case architectures that secure the sapphire crystal against sudden, extreme drops in air pressure.
- Anti-Magnetic Core
- Negative Pressure Fit
- High Contrast Dials
Ultra-Thin Profiles
Elegance requires extreme micromechanics. Machining cases for ultra-thin dress watches removes the margin for error, requiring specialized tooling to maintain case rigidity, water resistance, and crystal stability within a sub-7mm profile.
- Sub-7mm Profile
- High Rigidity
- Tolerance Control
Petite & Ergonomic Dress Watches
Scaling down a case architecture below 32mm while maintaining structural rigidity and water resistance requires specialized tooling. We design and manufacture low-profile cases featuring contoured, fluid lugs and proportioned crowns optimized for delicate wrist ergonomics.
- Sub-32mm Profiles
- Ergonomic Lugs
- Low-Profile Casing
High Jewelry & Secret Watches
Bridging fine horology with high jewelry artistry. We fabricate complex multi-component timepieces — including mechanical secret watches with concealed covers, gem-encrusted bangles, and flexible cuff watches featuring hidden push-button spring mechanisms.
- Secret Watch Cover
- Cuff & Bangle Cases
- Articulated Springs