Welcome to our dedicated page for QTREX Quantum Ltd. SEC filings (Ticker: QTEX), a comprehensive resource for investors and traders seeking official regulatory documents including 10-K annual reports, 10-Q quarterly earnings, 8-K material events, and insider trading forms.
QTREX Quantum Ltd. (QTEX) SEC filings document a foreign private issuer whose disclosures focus on Form 6-K current reports, registration statements, shareholder meetings, corporate articles and equity plan updates. The company’s filings show its Nasdaq symbol, Israeli base, Form 20-F reporting status and recurring use of Form 6-K to furnish press releases and material-event information.
For QTREX, the most relevant filing topics are closely tied to its AME and quantum computing infrastructure business. Recent 6-K reports have attached announcements on AME technology deployment, cryogenic quantum interconnect research, patent-pending materials work, RF performance qualification and research collaboration activity. These filings help investors trace the company’s disclosed progress in Additively Manufactured Electronics, quantum connectivity, defense-related programs and medical technology portfolio matters.
QTREX filings also include corporate governance and capital-structure records. The company has furnished shareholder meeting materials, voting results, amended and restated articles of association, registration statement information, Form F-1 clarification materials and equity incentive plan updates. These documents are important for understanding ordinary share authorization, shareholder approvals, compensation policy votes, registration obligations and securities reserved under equity plans.
Because QTREX is not described in its recent filings as a conventional domestic issuer, its core regulatory trail is built around Form 6-K event reports and Form 20-F status rather than the standard 10-Q and 10-K pattern used by many U.S. companies. Investors researching QTEX filings often focus on material agreements, shareholder voting matters, capital-structure disclosure and furnished press releases that describe the company’s AME platform and quantum infrastructure activities.
QTREX Quantum Ltd. is registering up to 531,766 Ordinary Shares for resale by certain selling shareholders. The prospectus breaks this into 326,739 Resale Ordinary Shares and 205,027 Ordinary Shares issuable upon exercise of warrants at an exercise price of $1.60 per share. The company states it will not receive proceeds from resale transactions but would receive up to approximately $0.3 million if all Warrants are exercised for cash. The offering is by selling shareholders and sales may occur at prevailing market prices, negotiated prices or privately; timing and amounts of any sales are determined by the selling shareholders. The prospectus also discloses 52,600,854 Ordinary Shares outstanding as of June 12, 2026 and summarizes the April 2026 acquisition of an Additively Manufactured Electronics (AME) platform from Nano Dimension Technologies Ltd.
Qtrex Quantum Ltd. reports that Nasdaq has confirmed the company has regained compliance with its listing standards for both minimum bid price and market value of listed securities. For the 11 consecutive business days from May 26 through June 9, 2026, the closing bid price of its ordinary shares was at or above $1.00 per share, and its market value of listed securities was $35,000,000 or greater, closing both deficiency matters. The report is also incorporated by reference into the company’s existing Form F-3 and Form S-8 registration statements.
QTREX Quantum Ltd. reported that the Israel Innovation Authority has awarded it an approximately $1 million government grant. The funding will support development of a purpose-built RF dielectric material designed for high-density, low-loss signal routing in superconducting quantum computing systems.
The material is being engineered as a native layer within QTREX’s quantum connectivity architecture, so the dielectric, conductor and 3D geometry can be optimized together. The company positions this as addressing a key bottleneck in scaling superconducting quantum computers, where more qubits require more RF lines, tighter packaging and lower thermal impact.