Products

Dual-laser design enables cutting and breaking in one pass. Picosecond processing ensures clean edges with no cracks. High precision motion system delivers micron-level accuracy. Stable performance supports continuous industrial production.

Picosecond cutting and CO2 breaking in one machine. High precision motion system ensures fine glass processing. CCD vision alignment improves positioning and yield. Designed for 300×300 mm glass with stable automation.

Ultra-Precise Laser Scribing​​ – Ensures micron-level accuracy for thin-film batteries. ​Fully Automated Operation​​ – Boosts efficiency with 3-station loading/unloading. Multi-Beam Laser Tech​​ – Supports 24-beam splitting for high-speed processing. Smart Monitoring System​​ – Real-time HD observation for quality control.

Unlock the full potential of perovskite and tandem solar cell research with the XY-QE-001. This system redefines QE testing with intelligent software, compact design, comprehensive tandem-cell support, and exceptional local service, delivering international-grade performance with superior value.

Full range optics from lens to nozzle in one supply chain. Supports 1–30kW laser systems with stable performance. High transmittance coatings ensure minimal power loss. Fast delivery with OEM customization for global clients.

Sub-50μm laser drilling for advanced HDI boards. Ultra-fast positioning enables high-throughput production. Automatic focus control ensures consistent hole quality. Compact footprint fits existing PCB production lines.

1. Multi-channel architecture enables parallel IV and MPPT testing. 2. Independent channel control ensures high-precision data acquisition. 3. Built-in MPPT algorithms handle perovskite hysteresis effectively. 4. Automated software supports long-term, unattended stability testing.

Integrated solution for full space environment simulation. Covers AM0, vacuum, UV, vibration, and atomic oxygen. Built for perovskite, tandem, and space PV evaluation. Modular systems support precise and scalable test workflows.

Designed for precise photovoltaic testing in low-light conditions. Multi-channel architecture enables high-throughput experiments. Advanced MPPT algorithms ensure accurate power tracking. Intelligent automation supports continuous unattended testing.

Multi-channel architecture enables high-throughput testing. LED AAA solar simulator ensures stable illumination. MPPT algorithms handle perovskite hysteresis precisely. Automated platform supports 24/7 unattended operation.