<p>During springterm 2010 Erik Persson and Magnus Hansson performed their Thesis</p><p>Work with DIAB Laholm, in Hallands County for University of Halmstad.</p><p>The project has been a product development project without exterior customers. Thus</p><p>it had a great emphasis on functionality and less emphasis on marketing and such.</p><p>This reflects the ambition to develop machinery to be used within the production</p><p>facilities of DIAB Laholm, not to be sold to exterior customers.</p><p>Main objective has been to create machinery which enables the production of</p><p>rotational symmetric work pieces within a NC-milling machine with 5 axles. The</p><p>work pieces milled will be made of DIAB’s material Divyncell with varying</p><p>densities.</p><p>The project has followed Fredy Olssons method involving Principal – Primary –</p><p>Manufacturing constructions. However a complete manufacturing construction has</p><p>not been made since DIAB just wanted a good Primary construction which will serve</p><p>as a base for finishing touches at DIAB.</p><p>By the end of the project material including calculations has been sent to DIAB and</p><p>they will finish the work and manufacture the machine if they find economic viability</p><p>in this.</p><p>The work method has been suited for this by several reasons, it was created with</p><p>these projects in mind and it’s also the method most familiar to us.</p>

During springterm 2010 Erik Persson and Magnus Hansson performed their Thesis Work with DIAB Laholm, in Hallands County for University of Halmstad. The project has been a product development project without exterior customers. Thus it had a great emphasis on functionality and less emphasis on marketing and such. This reflects the ambition to develop machinery to be used within the production facilities of DIAB Laholm, not to be sold to exterior customers. Main objective has been to create machinery which enables the production of rotational symmetric work pieces within a NC-milling machine with 5 axles. The work pieces milled will be made of DIAB’s material Divyncell with varying densities. The project has followed Fredy Olssons method involving Principal – Primary – Manufacturing constructions. However a complete manufacturing construction has not been made since DIAB just wanted a good Primary construction which will serve as a base for finishing touches at DIAB. By the end of the project material including calculations has been sent to DIAB and they will finish the work and manufacture the machine if they find economic viability in this. The work method has been suited for this by several reasons, it was created with these projects in mind and it’s also the method most familiar to us.