dopa Diamond Tools mbH
Booth number: 4205-40
www.dopa-diatools.com
About us
dopa is focused on the development and production of diamond tooling, process development and our own production of high precision plano substrates. We offer a wide range of optics, including laser optics made from MgF2 and CaF2, and high capabilities in sapphire processing, metrology and surface processing technologies. This year’s new products are fully numeric controllable machines for grinding and polishing. Our Optics department is now able to offer Optics and precision components with complex shapes such as light weighting, holes and other features. We increased our precision polishing and measurement capabilities. We are able to offer parts with accuracies better than λ/20 and sub arc sec accuracies. We are your partner for turn-key-solutions containing machines, tools and processes.
We are hiring:
Production assistant in optic engineering
Address
Zu den Krugwiesen 1
13057 Berlin
Germany
Phone: +49 30 585842800
Contact person:
Jürgen Waidhas
Sales
E-mail: juergen.waidhas@dopa-diatools.com
Phone: +49 162 4012599
Marcel Patraschkov
CEO
E-mail: info@dopa-diatools.com
Products & Services
grinding & polishing wheels
face grinding tools
dressing & conditioning tools
grinding & polishing pellets
chamfering tools
micro tools
radius milling & generating tools
tools for aspheres, cylindrical lenses and prisms
base plates
consumables
diamond powder
polishing wheels
carriers
polishing pads
WAMP mounting film
dressing & conditioning tools
brushes
flatness & gap measuring systems
diamond & polishing slurry
coolants & lubricants
cleaning fluids
machinery & plant engineering
single- and double-sided machines
polishing slurry systems
coolant filtration systems
hand chamfering machines
plano optics (such as laser optical windows, mirrors and other geometries out of optical glass, fused silica, CaF2, sapphire, YAG, glass ceramic and many more materials)
optical windows
optical flats
wafers
sapphire & YAG
optical filters
laser optics
wedge plates
customized shapes
light weighted optics