Category: Manufacturing

ManufacturingMining

Titan Mining’s Graphite Production Expansion Amid China Export Limits

Titan Mining announces graphite concentrate production at its New York facility, with shares soaring 26.8% after China’s expanded export limits. The move aims to supply half of U.S. natural graphite demand, highlighting strategic shifts in global supply chains for EV batteries and renewable energy.

In a significant development for the North American minerals sector, Titan Mining has revealed plans to commence graphite concentrate production at its Empire State Mines in New York, sparking a 26.8% surge in its stock price. This strategic move comes just days after China broadened its export restrictions on critical minerals, underscoring global supply chain vulnerabilities. With an annual output target of 40,000 tonnes, Titan aims to fulfill approximately 50% of the current U.S. natural graphite demand, positioning itself as a key player in reducing dependency on foreign sources.

Graphite’s Critical Role in Modern Technology

by Tyler Brooks P.E
Earth SciencesManufacturing

Scientists Grow Metal Using Revolutionary 3D Printing Process

Researchers at EPFL have pioneered a revolutionary approach to metal manufacturing that literally grows metal structures. Using hydrogel templates and metal salt infusions, this method creates components 20 times stronger than conventional 3D-printed metals while significantly reducing material shrinkage.

In a groundbreaking development that could transform manufacturing, scientists have discovered how to literally grow metal using an innovative approach that combines hydrogel templates with metal salt infusion. This revolutionary method, developed by researchers at Switzerland’s Ecole Polytechnique Fédérale de Lausanne, represents a significant leap forward in 3D printing technology and additive manufacturing capabilities.

The Limitations of Traditional 3D Printing Methods

by Tyler Brooks P.E
Arts and EntertainmentManufacturing

Manufacturing AI Deployment Success Hinges on Strategic Data Preparation

Manufacturers possess vast data streams from machines and sensors, yet struggle to extract actionable insights. Learn how structured data preparation through MES enables successful, scalable AI deployment that drives real operational value.

In today’s competitive manufacturing landscape, organizations are sitting on mountains of data generated from every corner of their operations. From sensor networks monitoring equipment performance to production line outputs, the volume of available information continues to grow exponentially. However, the journey from raw data to actionable intelligence remains challenging for many facilities. The promise of artificial intelligence to transform this data into operational excellence is undeniable, but successful implementation requires more than just advanced algorithms.

The critical differentiator between successful and failed AI initiatives lies in the foundational data preparation phase. Without clean, contextualized, and properly structured data, even the most sophisticated AI models will struggle to deliver meaningful insights. This is where Manufacturing Execution Systems (MES) become indispensable, serving as the bridge between disconnected data sources and AI-ready information architectures that support true scalability.

by Megan Carter
Economy and TradingManufacturing

Industrial Downtime Costs Manufacturers Up To $500,000 Hourly, ABB Report Reveals

Manufacturing facilities face staggering costs from unplanned downtime, with ABB’s global survey revealing hourly expenses reaching $500,000. The report highlights critical gaps between modernization planning and implementation across industrial sectors.

Industrial downtime costs manufacturers up to $500,000 per hour with 14% experiencing weekly equipment failures, according to a comprehensive new global report from ABB. The research conducted in partnership with Sapio Research surveyed 3,600 senior decision-makers across multiple industrial sectors, revealing that despite growing awareness of modernization needs, nearly half of facilities face monthly interruptions that significantly impact operational efficiency and profitability.

Staggering Financial Impact of Equipment Failures

by Megan Carter
Assistive TechnologyManufacturing

** Amkor Breaks Ground on $7 Billion OSAT Plant in Peoria, Arizona

** Amkor Technology has broken ground on its new outsourced semiconductor assembly and test (OSAT) campus in Peoria, Arizona. The $7 billion project, supported by CHIPS Act funding, will feature 750,000 sq ft of cleanroom space and create up to 3,000 jobs. Production is scheduled to begin in early 2028, with key partnerships including TSMC, Nvidia, and Apple. **CONTENT:**

Amkor Technology has officially broken ground on its new outsourced semiconductor assembly and test (OSAT) plant in Peoria, Arizona, marking a major milestone in U.S. semiconductor manufacturing expansion. The facility represents a potential $7 billion investment that will create thousands of jobs and strengthen the domestic semiconductor supply chain, supported by significant funding from the CHIPS and Science Act.

by Megan Carter