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<strong>PiXDRO</strong> <strong>IP3000</strong><br />
High Volume Production<br />
Inkjet Printer
<strong>PiXDRO</strong> <strong>IP3000</strong><br />
High Volume Production<br />
Inkjet Printer<br />
System Description<br />
The <strong>IP3000</strong> Industrial Inkjet Printer is designed to run high volume mass production for various applications within the solar industry.<br />
The advantages of ink-jet printing with small feature sizes, exact positioning and contactless deposition are important for high efficiency<br />
solar cells. (e.g. thin contact lines, local etching and low breakage rates).<br />
Combined with OTB Solar - <strong>Roth</strong> & <strong>Rau</strong>’s unique Single Step Selective Emitter Process which is based on direct printing of dopant<br />
material, the <strong>IP3000</strong> production system delivers lowest cost of ownership. The doping level is determined by selecting the related ink<br />
composition. The <strong>IP3000</strong> inkjet printer is fully compatible with <strong>Roth</strong> & <strong>Rau</strong> automation solutions.<br />
Solar Applications<br />
Single Step Selective Emitter by direct dopant ink<br />
Mask printing with hot-melt or UV curable inks<br />
Contact patterns and dopants with nano particle inks<br />
Direct etch printing (e.g. KOH)<br />
Various aqueous and solvent based inks<br />
Diffusion barriers<br />
Sheet resistance<br />
150<br />
125<br />
100<br />
75<br />
50<br />
25<br />
ref (T)<br />
ink 1<br />
ink 2<br />
Lightly doped<br />
(between fingers)<br />
ink 3<br />
Highly doped (under<br />
fingers and busbars)<br />
ink 4<br />
ink 5<br />
ink 6<br />
Ink composition<br />
Main Product Features<br />
Wafer size:<br />
Wafer thickness:<br />
Wafer type:<br />
Throughput:*<br />
Uptime:<br />
Position accuracy:<br />
Smallest feature size:*<br />
Alignment:<br />
Substrate transport:<br />
Substrate table:<br />
Clean room:<br />
Conditioning:<br />
Process configuration:<br />
Size:<br />
Weight:<br />
Integration:<br />
5 and 6 inch (8 inch on request)<br />
80 µm - 300 µm<br />
Mono or multi, square or semi square<br />
Up to 3000 w/h<br />
≥ 95% with external head maintenance<br />
5µm<br />
30 µm positive and 10 µm negative<br />
Edge or fiducial, free programmable<br />
Belt transport, no front contact<br />
Temperature controlled up to 80°C<br />
Internal class 100<br />
Integrated down flow box<br />
Single or double process in one system<br />
W 2300 mm; L 5600 mm; H 2000 mm<br />
1800 Kg<br />
Available as upgrade or within complete turnkey projects<br />
*depending on process and head selection<br />
Options<br />
OTB Solar - <strong>Roth</strong> & <strong>Rau</strong><br />
Luchthavenweg 10<br />
5657 EB Eindhoven<br />
The Netherlands<br />
Phone +31 40 2581 581<br />
Fax +31 40 2509 871<br />
E-mail pixdro@otb-solar.com<br />
www.roth-rau.com/otb-solar<br />
External head maintenance station<br />
(for test and calibration of complete print head assemblies)<br />
Laser head assembly integration<br />
Laser marking on input section (for wafer identification and fiducial marking)<br />
Input wafer check with reject station<br />
Print quality check with reject station<br />
Cassette Input / Output<br />
Inline Input / Output station including cassette buffer