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Swiss Precision Watchmaking & Bullion Lab

Independent manufacture horology timing solvers, 999.9 fine Swiss kilobar hydrostatic assaying, and precision structural mechanics.

🌐 All Regions 🇲🇨 Monaco & Monte-Carlo 🇨🇭 Switzerland (Geneva & Zurich) 🇸🇦 Saudi Arabia (Riyadh & NEOM) 🇶🇦 Qatar, Kuwait & Bahrain 🇭🇰 China & Hong Kong (SGE & Central) 🇸🇬 Singapore (Marina Bay & Freeport) 🇦🇪 Dubai & UAE (DMCC & Gold Souk) 🇬🇧 London & New York (LBMA & COMEX)
🇨🇭 Swiss Kilobar (1,000g 999.9 Fine) Assaying & Hydrostatic SG Solver
Live Interactive Simulator
Measured Density (SG)
19.32 g/cm³
Target 24K: 19.32
Calculated Fineness
999.9 ‰
Pure gold fraction
Fine Troy Weight
32.148 oz t
1 kg = 32.1507 oz t
Assay Verdict
GENUINE 999.9
Zero tungsten deviation
⚡ Flagship Tools for Switzerland (Geneva & Zurich)
⌚ Swiss Horology
Mechanical Caliber Timegrapher Lab
Open Tool →
🪙 Assaying
Gold Specific Gravity Assaying Lab
Open Tool →
🏗️ Civil
AISC & Eurocode IPE/HEA Beam Lab
Open Tool →
📊 Open Data
Empirical Caliber Lift Angle Dataset
Open Tool →
📋 Regional Regulatory & Technical Benchmark Matrix
Currency CHF (Swiss Franc) / EUR (€)
Primary Bullion Units Swiss Kilobar (1,000g .9999), Troy Oz, Tola Bars
Horology Standards COSC, Chronofiable & METAS Master Chronometer
Engineering Code SIA Standards (Swiss Society of Engineers) & Eurocode 3
❓ Frequently Asked Questions
How do Swiss refiners verify 999.9 fine gold kilobars?
Swiss refiners utilize Archimedean hydrostatic specific gravity testing (target SG = 19.32 g/cm³ for pure 24K gold) combined with X-ray fluorescence (XRF) and fire assay titration.
What is the METAS 15,000 Gauss magnetic resistance standard?
METAS Master Chronometer certification tests uncased and cased movements in a 15,000-gauss magnetic field, requiring daily precision within 0 to +5 seconds under varying power reserves.