Siemens and Solukon develop de-powdering solution for complex additively manufactured parts
Solukon has joined forces with Siemens to develop a system for de-powdering complex laser melted metal parts
Solukon has joined forces with Siemens to develop a system for de-powdering complex laser melted metal parts
Scientists have developed a cost-efficient and scalable method of rapidly fabricating textiles embedded with energy storage devices using lasers
Researchers at the University of California San Diego have successfully welded ceramics together using an ultrafast laser, a process that usually requires the extreme temperatures of a furnace to achieve.
Samsung Display has developed a laser-etched hole that will be located near the top front of the flexible OLED displays of the Galaxy Note10
Christopher Ryder, of MKS Instruments’ ESI products group, describes how CO2 lasers can be used to address new material challenges being faced in the manufacture of 5G technologies
Automotive supplier Brose will collaborate with IPG Photonics to develop the first direct weld measurement technology for the manufacturie of automotive seat rails
Ekspla and Light Conversion have developed an ultrafast laser system that they say could potentially be used to accelerate the radioactive decay of nuclear waste from tens of thousands of years to months, hours or even seconds
A 15-month project has been launched that will combine laser processing technology with robotics to enable the manufacture of large-scale, high-end aerospace parts
The firm will use XRD to perform in-house measurements of compressive residual stress in metals, enabling it to develop laser peening prescriptions for customer needs more quickly and accurately
The new technique resulted in the reduction of effective residual stress in metal 3D-printed test parts by 90 per cent