HELICORD® Following the priniciple of our logo, the HELICORD® prinicple is based on friction between a fast-moving wire and a textile cord wound around wire, strand or insulated cable mulitple times, moving rather slowly under push-pull-controlled conditions. This creates a multiple 360° contact between aa constantly renewed cleaning medium (i. e. the cord) and the […]
Our company’s Code of Conduct outlines our ethical and compliance-standards for conducting business around the world. It is based on our guiding principles, which are embedded in our culture and serve as the foundation for the behavior expected of our employees.
2022 Code of Conduct – Boockmann Engineering GmbH Read More »
Boockmann will present their HELICORD® technology for wire and cable surface processing and Welding Wire Finishing, which was implemented in numerous industrial production lines during the past few years.
2022 Wire South America, São Paulo, Brazil, Booth 507A Read More »
Vortrag beim Thementag Technik “Drahtoberflächenbehandlung zur anwendungsinduzierten Weiterentwicklung von HELICORD® …
2021 Vortrag beim Thementag Technik “Drahtoberflächenbehandlung”… Read More »
Our handy “HELICORD® 101” booklet that has all the information you need in order to find out which solutions we can offer to you, received a face-lift in design and an update representing technical changes…
2021 Updated edition of Boockmann Engineering catalog now available Read More »
Review on Solventless Magnet Wire Lubrication by Means of Wax-Impregnated Textile Yarn. “Mechanics of Magnet Wire Handling – Imagine an enameled wire, which is pressed to a plane with …
2021 Article in “Wire & Cable Technology International” Read More »
HELICORD® machines can now be equipped with a dust discharge. It continuously removes debris from the process zone during production in order to minimize the required cleaning effort for operators. We recommend it particularly for applications where large amounts of contaminants are removed from the wire surface.
2021 New ‘Dust discharge’ Read More »
