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Rare earth

LutetiumSpecialist materials for medical imaging.

Lutetium compounds are used in scintillator crystals for PET scanners and other specialised optical applications. Separating this small component of rare-earth ores is demanding; the finished application also depends on the material's precise form.

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Material
Lu
Key uses
PET detectors and optics
Supply to understand
Complex rare-earth separation
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Lutetium in detail

Lutetium is the rarest and most expensive of the rare earth elements, valued for its role in cutting-edge technologies. Its key applications include PET scan detectors (via lutetium oxyorthosilicate), specialized catalysts for petroleum refining, and high-efficiency phosphors in lighting systems. Though obscure, its contributions to medical imaging and clean energy tech are critical and growing.

Supply is extremely limited – lutetium occurs only in trace amounts within rare earth ores and is notoriously difficult to separate and refine. With China dominating global output and no large-scale substitutes, supply chain risks are high. As demand rises in healthcare and advanced electronics, Lutetium stands out as a highly strategic but hard-to-access investment opportunity.

Lutetium price reference

$733.47/kg

Lutetium oxide · USD per kg

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Lutetium

Why Invest in Lutetium?

Lutetium is a heavy rare earth technology metal used in high-performance scintillators such as LSO and LYSO for PET scanners, advanced phosphors and optics, and in the medical radioisotope lutetium-177 for targeted radioligand cancer therapies. These applications link lutetium directly to growth in nuclear medicine, high-end imaging, LEDs and precision aerospace/defence optics.

Production, however, is extremely small and largely tied to heavy rare earth mining and separation, with China dominating both upstream supply and processing. Recent rounds of Chinese rare earth export controls have explicitly covered lutetium and related technologies, adding regulatory and geopolitical risk on top of basic scarcity.

For investors, lutetium therefore sits in a very tight, high-value niche: essential to fast-growing oncology and imaging markets, but with a minuscule, opaque and policy-sensitive supply chain. In short, it offers exposure to cutting-edge medical and optical technologies, at the cost of extreme concentration, pricing and liquidity risk.

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Lutetium Price Trends

Lutetium oxide · USD per kg

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Material supply at a glanceChecked through 30 August 2026

Lutetium has one published non-China project number: 10 tonnes a year.

No dependable current non-China separated-oxide total is public. Malaysia's proposed 10-tonne plant limit is subject to approvals, raw material and a successful start-up, and is the only material-specific project figure in this audit.

China context

Lutetium-only figure not published1
Data gap
A comparable percentage is not published.
Measured
Lutetium-only output and share
When
Latest data checked August 2026

China's lutetium-only output and share are not public. Its 270,000-tonne, 69.2% figure covers all rare-earth mine output.

Best documented alternative

Current tonnes not published2
No dependable annual total
A comparable percentage is not published.
Measured
Separated lutetium oxide
When
Checked August 2026

Public sources do not support a current ex-China separated-oxide total.

Largest published next step

Up to 10 tonnes a year234
Capacity, not output
A comparable percentage is not published.
Measured
Separated lutetium oxide
When
Malaysia expansion

Malaysia's limit is subject to approvals, raw material and a successful start-up. Eneabba and Round Top also list lutetium, but neither publishes a material-specific amount.

Who produces lutetium?

Approximate share of global refined heavy rare earth (lutetium) supply. China controls almost all heavy rare earth separation and processing.
Industry and policy assessments indicate that China accounts for roughly 90–95% of heavy rare earth separation and processing capacity worldwide, and until recently handled about 99% of refined heavy REEs, giving it an effective monopoly over lutetium supply. Remaining volumes are linked to smaller projects and deposits in countries such as Myanmar, Australia, Brazil, the United States and Vietnam, many of which still depend on Chinese refineries.

Lutetium Demand and Market Outlook

📌
USGS Critical Risk Ranking
3rd Highest Risk
The U.S. Geological Survey ranks lutetium as the third-highest risk critical mineral by estimated economic impact, behind only samarium and rhodium - highlighting its strategic importance despite relatively small production volumes that enable massive downstream industries including defense, medical imaging, and advanced semiconductors.
🏗
EU Supply Vulnerability
100% China Supply
The EU Critical Raw Materials Act identifies lutetium within the heavy rare earth elements category, for which China currently provides 100% of EU supply - underscoring significant supply chain vulnerabilities that the EU aims to address through its 2030 diversification targets.
💊
Lutetium-177 Cancer Therapy
+16.9-21.8% CAGR
Global lutetium-177 radioisotope demand for targeted cancer therapy is projected to surge from approximately US$2.1 billion in 2024 to between US$5.4-10.8 billion by 2030, driven by expanding applications in treating neuroendocrine tumors and metastatic prostate cancer.
📈
Broader Lutetium Market
+19.6% CAGR
The broader lutetium market (including lutetium oxide and metal forms) is forecast to grow from US$1.04 billion in 2025 to US$2.55 billion by 2030 at a 19.6% CAGR, with medical applications accounting for the dominant share as nuclear medicine increasingly adopts precision radiopharmaceuticals.
Lu-177 Production Constraints
Deficit Risk
Production capacity for lutetium-177 faces constraints as demand accelerates, with analysts noting potential supply deficits despite investments in reactor-based and emerging cyclotron-based production facilities across North America, Europe, and Asia-Pacific to address growing clinical adoption of radioligand therapies.
View Sources (5)
  1. https://www.usgs.gov/news/science-snippet/department-interior-releases-draft-2025-list-critical-minerals
  2. https://single-market-economy.ec.europa.eu/sectors/raw-materials/areas-specific-interest/critical-raw-materials_en
  3. https://www.fortunebusinessinsights.com/lutetium-177-market-112740
  4. https://www.knowledge-sourcing.com/report/global-lutetium-market
  5. https://www.researchandmarkets.com/reports/5997366/lutetium-177-market-application-neuroendocrine

How to Invest in Lutetium

Unlike base metals traded on exchanges, lutetium has no liquid spot market or standardized pricing mechanism. Transactions occur through private contracts between rare earth processors, specialized materials suppliers, and end users in pharmaceuticals, electronics, and advanced optics. Price discovery is opaque, with quoted prices varying significantly based on purity grades (3N, 4N, 5N), form (oxide versus metal), and order volumes. This structure effectively excludes retail participation in direct physical markets.

Indirect exposure is possible through rare earth mining companies with heavy rare earth operations, particularly those processing ion-adsorption clays in Southern China where lutetium concentrations are highest. However, lutetium typically represents less than 1% of a rare earth miner’s revenue mix, with stock performance driven by higher-volume elements like dysprosium, terbium, and yttrium. Pharmaceutical companies developing lutetium-177 radiopharmaceuticals offer another angle, though valuations reflect broader oncology pipelines rather than lutetium supply dynamics.

Direct Investment

Physical acquisition requires sourcing high-purity lutetium oxide (Lu₂O₃) or lutetium metal from specialized rare earth dealers, with oxide being the more common traded form. Minimum commercial quantities typically start at 100 grams for oxide powder, though pricing improves at kilogram-scale volumes. Given lutetium’s position as the rarest stable lanthanide, supply chains are concentrated among a handful of Chinese processors and Western specialty materials companies, making sourcing relationships critical.

As a critical material for targeted cancer therapies, advanced laser systems, petroleum cracking catalysts, and high-refractive-index optics, lutetium represents an extremely specialized investment thesis tied to nuclear medicine growth and China’s ongoing heavy rare earth export controls. The material’s limited supply, concentrated production base, and expanding medical applications create structural supply-demand imbalances that may persist through 2030.

Buying Lutetium with Us ($10,000 Minimum)

We arrange procurement of certified high-purity lutetium oxide from established rare earth suppliers, coordinate secure storage in climate-controlled bonded facilities with full insurance coverage, and execute liquidation when you choose to exit your position. The material remains your property throughout. Our end-to-end service handles sourcing, logistics, custody documentation, and resale to qualified industrial buyers, providing direct exposure to lutetium fundamentals without requiring specialist infrastructure or rare earth industry connections.

* Not financial advice. Industrial metal buying is not a regulated investing space. 

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Looking to buy Lutetium for Industrial usage?

This page is focused on Lutetium as an investment asset (buy and hold). For industrial purchase of Lutetium please, click here.

Before you decide

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Which stable lutetium product would you own, and which buyers can use that grade?

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