Maximize your production line with a breakthrough in laser technology. This solid-state laser offers unmatched efficiency, pushing throughput to new heights. Designed for seamless integration, it supports single-pass Gen 8.5 panel processing—cutting costs without sacrificing quality. Less downtime, more results. It’s the smart choice for display manufacturers aiming for precision, speed, and reliability.
This revolutionary solid-state laser transforms display manufacturing. It’s simple to implement—no modifications needed to existing ELA processes. Just plug and play. The laser’s stability means higher throughput, sharper results, and consistent performance. Plus, it’s built for durability.
Ideal for low-temperature polysilicon annealing and other demanding applications, this laser maintains your process record while driving productivity. It’s a game changer—delivering efficiency, stability, and cost savings all in one compact system.
PYTHON output scales by combining multiple lasers, while still offering unmatched energy stability, minimal maintenance downtime, and solid-state laser reliability.
Model | Output Wavelength (nm) | Maximum Repetition Rate (Hz) | Max. Pulse Energy (mJ) | Max. Power (W) | Sum Energy Stability (σ, %) |
PYTHON | 355 | 600 | 2000 | 1200 | ≤ 0.25 |
TwinPYTHON | 4000 | 2400 | ≤ 0.20 |
PYTHON - Solid-State Laser for Display Annealing Datasheet (pdf / English)