… by 3D printing and precision engineering. To be housed within AMTZ, India’s … orthopaedic implants using advanced metal additive manufacturing technology. “This partnership reflects our … in India. India is a key strategic market for us, and 3D printing is …
The UK Atomic Energy Authority (UKAEA), a government-funded research organization, has demonstrated a persistent interest in developing metal additive manufacturing (AM) materials for nuclear fusion applications, including multiple phases of a project called FATHOM (FAbrication of Tungsten using HOt isostatic pressing and additive Manufacturing) conducted at the University of Birmingham. In its latest project revolving
… mapping platform from Europe to India, ensuring business continuity throughout the … , including Technical Architect positions in India and DevOps Lead roles in … framework for defect detection in additive manufacturing, which helps reduce printing defects …
New Delhi: The year 2025 will … . After successful demonstrations in Delhi, the technology gained adoption … . CBRI also showcased India’s first 3D-printed rural house, supporting … India’s first automated biomedical waste treatment rig, launched at AIIMS Delhi …
India: Polyetheretherketone (PEEK) is … Indraprastha Apollo Hospitals, New Delhi, and colleagues evaluated the biomechanical … Millia Islamia University, New Delhi, described PEEK as a … manufacturing technologies such as 3D printing will be essential to …
Authored by Seurat’s CEO, Co-Founder & Co-Inventor, James DeMuth As 2026 begins, one truth is impossible to dismiss: manufacturing is not an industrial legacy. It’s national infrastructure, and the United States continues to woefully neglect it. 2025 was plagued by familiar problems. Strained supply chains, long lead times, and intensified global competition. Even in the
Static mixers are everywhere; they’re the nozzles that you use to kit or Purr your bathroom. Factories all over the world, in automotive, consumer electronics, and industry, use millions of them to dispense adhesives, glueing together the products that surround us. Static mixers have also been used in additive to print in silicones and other
Aerospace and defense manufacturing is entering a pivotal era. The demands placed on metal parts have never been higher, driven by rising performance expectations, increasing system complexity, and an operating environment where resilience and adaptability are no longer optional. Traditional manufacturing methods remain foundational, but they are being challenged by new realities that call for
The additive manufacturing (AM) industry is well-positioned to benefit from increased incorporation of AI and machine learning (ML) into its core processes, and 2026 should provide plenty of opportunities for testing that potential. One factor to pay attention to while observing this trajectory is the quality of the data to which AI adopters in the
SpaceX launched its first Twilight rideshare mission early Sunday morning, sending 40 small payloads into orbit aboard a Falcon 9 rocket. While the launch included missions for NASA and several commercial satellite operators, one payload stood out for the additive manufacturing industry: a 3D printing experiment designed to manufacture a structure directly in space. The
