Additive manufacturing of calibrated radioactive sources with perfect tightness and without inactive interfaces - Texts

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Research unit

INNOSUISSE

Project number

103.244.1 IP-ENG

Project title

Additive manufacturing of calibrated radioactive sources with perfect tightness and without inactive interfaces

Texts for this project

	German	French	Italian	English
Short description		-	-
Abstract		-	-

Inserted texts

Category	Text
Short description (German)	Additive manufacturing of calibrated radioactive sources with perfect tightness and without inactive interfaces
Short description (English)	Additive manufacturing of calibrated radioactive sources with perfect tightness and without inactive interfaces
Abstract (German)	We will provide 3D-printed long-lived radioactive phantoms to test and calibrate imaging and measurement systems in nuclear medicine and industry. Compared to today#s manually filled phantoms, our innovation improves accuracy, is cost effective, safe to handle, and suitable for clinical routine.
Abstract (English)	We will provide 3D-printed long-lived radioactive phantoms to test and calibrate imaging and measurement systems in nuclear medicine and industry. Compared to today#s manually filled phantoms, our innovation improves accuracy, is cost effective, safe to handle, and suitable for clinical routine.