HEB Bestrahlungstechnik AG is a specialized company that focuses on the development and manufacture of customized UV and IR systems. Since its founding in 1980, the company has developed into a competent partner for innovative irradiation technologies that are used in technical and medical applications.
The focus is on providing reliable and powerful solutions that are individually planned, developed and implemented. HEB Bestrahlungstechnik AG offers a wide range of manufacturing services, including IR irradiation, UV irradiation, ceramic and quartz glass processing, and impulse welding. Special attention is paid to the production of ceramic reflectors, which are heat-resistant up to 1200°C and have an optimal efficiency.
In the field of medical technology, HEB Bestrahlungstechnik AG manufactures devices for light therapy, in particular for the treatment of bilirubinemia in premature infants. These devices use the photochemical reaction of light to convert bilirubin into a water-soluble state and promote its excretion.
HEB Bestrahlungstechnik AG supplies quartz glass plates in individual dimensions according to customer specifications. Quartz glass is characterized by its high temperature resistance, chemical resistance and permeability to infrared to ultraviolet radiation.
The company is certified according to ISO 9001, which underlines the high quality standards in manufacturing and management. The certification according to EN ISO 13485 additionally confirms the competence in the field of medical technology.
HEB Bestrahlungstechnik AG attaches importance to the protection of personal data and treats it confidentially in accordance with the statutory data protection regulations. The website uses cookies to improve user-friendliness and uses Google Analytics for web analysis. The data transmission takes place via SSL encryption to ensure the security of the transmitted content.
With the move to the new company headquarters in 2009, HEB Bestrahlungstechnik AG created the basis for further growth and future developments in the field of irradiation technology.
