Market Analysis · Gold & CNC Manufacturing
Gold at $3,431 per Ounce.
Why Every Gram on Your Machine Now Counts More Than Ever.
In 2025, gold set 53 consecutive all-time price records and delivered its strongest annual gain since the late 1970s. For fine jewelry manufacturers, this is not a financial headline — it is a production cost event that is reshaping every aspect of how gold is bought, used, and machined on the workshop floor.
The numbers are not projections or estimates. The London Bullion Market Association reported an average gold price of USD 3,431 per troy ounce for the full year 2025 — a verified +44% increase on the 2024 annual average. On January 29, 2026, gold touched an intraday high of USD 5,595 per ounce. J.P. Morgan Global Research projects an average of USD 5,055/oz by Q4 2026. The World Bank’s October 2025 Commodity Markets Outlook described 2025 as the metal’s strongest year since the late 1970s and forecast continued new highs in 2026.
For a jeweller machining an 18K gold ring — which is 75% pure gold — the material contained in a single piece now carries a spot value that would have been unimaginable five years ago. The cost of waste is no longer rounding error. It is a margin decision.
full year 2025 (USD/oz)
set by gold in 2025
increase 2025 vs 2024
purchases in 2025
Why Gold Prices Are Where They Are
The current gold rally is not driven by a single event. It is the result of a structural shift in how central banks, institutional investors, and sovereign wealth funds manage risk — accelerated by a succession of geopolitical shocks that show no sign of abating.
The primary driver, documented and confirmed by the World Gold Council, is record central bank purchasing. In 2022, central banks globally acquired 1,136 tonnes of gold — the highest annual figure since records began in the 1950s. They followed with 1,037 tonnes in 2023 and 1,045 tonnes in 2024. Even in 2025, with gold prices at historic highs, central banks purchased 863 tonnes — almost double the 2010–2021 annual average of 473 tonnes. As of the latest World Gold Council survey, 95% of central banks expect global official gold reserves to increase further over the next 12 months. Not one respondent anticipated a reduction.
The geopolitical context is inseparable from this data. The World Bank Commodity Markets Outlook explicitly links the price surge to heightened geopolitical tensions and safe-haven demand, drawing a direct parallel with the 1979–80 gold rally — which also occurred during a period of elevated global conflict and a weakening US dollar. Today’s structural drivers include:
- Ongoing conflicts in Ukraine and the Middle East sustaining systemic uncertainty premiums across all asset classes
- Active de-dollarization strategies among emerging-market central banks, notably China, India, Poland, and Turkey
- US tariff policy volatility and growing questions about dollar reserve status (VanEck, February 2026)
- Gold ETF inflows of 801 tonnes in 2025 — the second strongest year on record (World Gold Council)
J.P. Morgan Global Research summarised the consensus view: “The long-term trend of official reserve and investor diversification into gold has further to run.” Their base case projects gold averaging USD 5,055/oz in Q4 2026, with a path toward USD 5,400/oz by end 2027.
What This Means for Jewelry Manufacturers
Gold is the primary raw material cost in fine jewelry production, representing approximately 30–50% of the total cost of a finished piece, depending on karat and design. At $3,431/oz — and trending higher — this percentage is no longer a budget line. It is the defining variable in production economics.
The market data confirms the pressure. The World Gold Council’s full-year 2025 report explicitly states that jewelry demand is expected to remain weak in a persistent high-price environment. Global gold consumption for jewelry fell to an estimated 600–700 tonnes in 2025, compared with 802.8 tonnes in 2024 — a five-year low. Demand in India, the world’s second-largest jewelry market, dropped 17% in Q2 2025 alone. Consumers are postponing purchases. Volume is contracting.
For manufacturers, this creates a compounded challenge: rising input costs on one side, softer consumer demand on the other. The response cannot simply be higher prices — the market has shown it will not absorb them. The response must be structural: producing more precisely, with less material loss, in less time.
When gold trades above $3,400 per ounce, the difference between a precise CNC cut and an imprecise one is not a technical footnote. It is a measurable cost on every single piece.
Precision Machining as a Cost Strategy
Traditional jewelry manufacturing methods — casting in particular — involve material losses that, at historical gold prices, were manageable as a percentage of total cost. At $3,431/oz and above, the economics change. Every gram of gold that becomes scrap, sprue, or finishing waste carries a real spot-market value that erodes margin directly.
Precision CNC machining fundamentally changes this equation. Compared to casting, CNC generates controlled chips and shavings from a defined stock volume — all recoverable and recyclable at full material value. The toolpath is predetermined. The depth is controlled to sub-millimetre precision. There is no sprue, no oxidation loss, no secondary casting defect that wastes material. What goes into the machine as gold comes back out as gold, either in the finished piece or in recoverable chips.
The Faro F35 Gold applies this logic to the most technically demanding applications in fine jewelry. Its 7-axis architecture handles rings, bangles, and irregular or hollow shapes — including oval and asymmetric designs — with a mechanical probe that acquires the actual surface geometry of each piece before machining. Z-axis depths are adjusted to the real surface, not to a nominal value, eliminating the over-cutting that wastes material on non-uniform blanks. The diamond head with three automatically selectable tools, fully integrated with the proprietary Pigreco CAD/CAM software, executes textures and engravings with synchronised multi-axis motion at up to 60,000 RPM. Resolution: 1 µm on XY axes, 0.5 µm on Z. Granite machine frame to eliminate thermal drift across production runs.
For the Faro F1 Gold, the same principle applies to flat components, coils, and sheets. Its coil dragging system enables diamond-cutting and final contouring of pendants directly on coils, including double-sided machining with automatic alignment — the kind of unattended, material-efficient operation that becomes strategically important when the raw material costs what gold costs today.
The Software Layer: Pigreco and Material Efficiency
Material efficiency in CNC jewelry manufacturing is not only a function of the machine — it is equally a function of how the toolpath is programmed. An imprecise toolpath wastes material even on a precision machine. Pigreco CAD/CAM, developed in-house by Faro and deeply integrated with the machine firmware and controller (Faro CN FDC, 9-axis, 32-bit DSP), closes this gap. Its 2D programming environment with automatic 5-axis conversion generates optimised toolpaths from standard drawings, minimising unnecessary passes and material removal. Because the software is native to the machine — not a third-party tool — there are no translation errors between design intent and actual execution.
At $3,400+ per troy ounce, every programming decision has a measurable material cost. Operators using Pigreco work from verified, machine-native toolpaths — not approximations adapted from generic CAM software — and that difference shows up directly in material yield per production run.
Faro will be exhibiting the F35 Gold and F1 Gold at JGTD Dubai 2026, one of the most important international events for the fine jewelry sector. If you want to discuss material efficiency, production economics at current gold prices, or the technical details of our CNC lineup with our engineering team, come and find us at the stand.
Discover the full Faro jewelry lineup: F35 Gold, F1 Gold, and the Pigreco CAD/CAM platform.
Visit farocnc.com →All gold price data sourced from the World Gold Council, LBMA, World Bank Commodity Markets Outlook (October 2025), and J.P. Morgan Global Research. Central bank purchase figures from World Gold Council Gold Demand Trends Full Year 2025. Price forecasts represent analyst projections and do not constitute financial advice.
