Wayland Additive

Wayland Additive was born out of a high precision engineering team with a long and distinguished pedigree in the semiconductor industry, where electron beam widths are measured in nanometers and process instabilities are unacceptable. The use of and experience with eBeam technology in semiconductor manufacturing indicated that its use in additive manufacturing could be improved. Since 2015 a team of eBeam experts from the lithography world began to coalesce around solving the single most serious problem inherent in the eBeam AM process, the charging of the powder.

Mon, 06/21/2021 - 12:02
Innovative Powder Dispense and Spread Capabilities for Metal Additive Manufacturing Wayland’s Calibur3 optimizes powder delivery and reduces material waste
Mon, 06/21/2021 - 12:02
Metal additive manufacturing (AM) is a process with demanding requirements for in-process material management, specifically with regard to the use of powdered metals. The Calibur3 system from Wayland Additive, enabled by the NeuBeam process, not…
Improve Quality of Additive Manufacturing Systems With In-Process Monitoring Operators can monitor full process, including cooling cycle, which can be altered to change the microstructure of parts to suit needs
Mon, 02/01/2021 - 12:16
(Wayland Additive: Huddersfield, U.K.) -- One of the challenges that has continued to frustrate users of metal additive manufacturing (AM) systems for production applications—in terms of quality and traceability—is capable and useful in-process…
Wayland Additive Reveals In-Process Monitoring Capabilities of Calibur3 Metal AM System Infrared cameras, structured light scanning, and electron imaging provide extensive and detailed data on every part
Mon, 02/01/2021 - 12:12
(Wayland Additive: Huddersfield, U.K.) -- One of the challenges that has continued to frustrate users of metal additive manufacturing (AM) systems for production applications—in terms of quality and traceability—is capable and useful in-process…