Address data
ul. E. Kwiatkowskiego 5A
52-407 Wrocław
Voivodeship Dolnośląskie
phone: +48 71 358 40 00
e-mail: dopak@dopak.pl
Contact person
Andre Steiner
phone: +48 71 358 40 60
phone: +48 519 079 813
e-mail: a.steiner@dopak.pl
The company's activities
Sector of activity
: Other segments
Sector EDF
: Materials and components
Types of products/services offered
: manufacture of high-temperature plastic products up to 450 °C, milling of composite surfaces on a CNC machine, production of large-format 3D prints, production of polymer composite products reinforced with glass, carbon, or Kevlar fibers
Exemplary products/services
: Large-format 3D prints with milled surfaces; production of 3D printing granules; injection-molded parts/products made from composite materials reinforced with various fibers, using high-temperature plastics such as PEEK, PEAK, PEI, also employing MuCell liquid nitrogen foaming technology.
Company description
Dopak Sp. z o.o. specializes in providing modern technologies and equipment for the plastics processing industry, offering turnkey solutions. For over 30 years, it has supported manufacturing companies in the development, modernization, and automation of processes, combining engineering know-how with innovative technologies. The company also provides training and service.
Extensive market knowledge and experience led Dopak to establish its own Research and Development Center (R&D Center). The center carries out R&D projects for clients as well as its own projects funded by European and national programs. The company collaborates with numerous technical universities in Poland and abroad, bridging industry and science.
Dopak has its own laboratory, where plastics and finished plastic products are tested. Newly developed materials are tested in cooperation with scientific institutions to ensure they can be used in both military and civilian applications after the injection molding process.
The company conducts test and serial production of polymer composite parts, high-temperature plastics, microporous-structured materials (MuCell technology), and large-format 3D prints from granules.
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