DR Laser

Bump PTP™ — Laser Print-Transfer-Print Metallization Line

BUMP-PTP
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DR Laser · Photovoltaic · Semiconductor · Production-scale equipment

Applications

  • HJT solar cell metallization
  • Micro bumping for advanced packaging (Nano Ag paste 17 μm Ø bumps; SAC305 25 μm bumps post-reflow)
  • Solder paste printing; dielectric / polymer printing

Technical Notes

  • Detailed line throughput, footprint and integration options available on request — please RFQ.
  • Source: DR Laser Company Presentation (2026).
This is a quoted product. Pricing, lead time, and final configuration depend on substrate, throughput, and integration requirements. Use the Contact Sales button to start an RFQ — WaveQuanta acts as DR Laser's regional partner and will route your inquiry to the BD team in Singapore.
ModelsBump PTP
Process ArchitectureLaser-Induced Forward Transfer (LIFT) — Print → Fill → Laser Transfer
Process Steps1. Micro Bump pattern → 2. Solder-paste filling → 3. Laser transfer to target substrate
Print MaterialsNano Ag paste · SAC305 solder paste · Dielectric / polymer inks
Demonstrated Bump Size — Nano Ag paste17 μm Ø
Demonstrated Bump Size — SAC305 (post-reflow)25 μm
Primary ApplicationsHJT solar metallization · Micro bumping (advanced packaging)
HeritageBuilt on DR Laser's PV laser-doping & laser-ablation know-how (n-IBC+HJT, TOPCON, SE-PERL, MWT-PERC, PERC heritage)
Detailed line throughput, footprint and integration options available on request — please RFQ.
Source: DR Laser Company Presentation (2026).

Source: DR Laser manufacturer datasheet. Download the brochure (PDF) from the Documents tab for full details.

No CAD drawings available for this product.