G19

size: 35 mm x18 mm x5.5 mm, Smaller Output Power: >4dBm Power Consumption: <2w

Mini EDFA series, its main features are small size and low power.

Stage format: 310 mm × 310 mm X-axis working stroke: 0-600 mm Y1, Y2 axis working stroke: 0-500mm

● Wafer cutting equipment using high-precision bidirectional silent air spindle:; ● Cutting area: 4 inch, 6 inch wafers;; ● High precision: for resin substrates with irregular expansion and contraction, high-precision processing is possible through cutting line calibration at multiple points;; ● Simple and convenient operation: 17-inch touch screen;; ● Automatic blade mark calibration function: automatically measures the offset of the cutting street and the width of the cutting mark, managing processing quality;; ● Blade breakage detection function: blade breakage detection during cutting.; ● 4/6 inch IC, wafer cutting; ● Silicon, quartz, aluminum oxide, iron oxide, gallium arsenide, sapphire, glass, etc.

Power: High power and High gain Gain ripple [typ. condition]: <1.0dB typ. condition NF [for typ. C Condition]: <6.0dB for typ. C Condition

Normal-type EDFA, including single-wave, multi-wave, pure optical, and powered EDFA, with dimensions above 90*70*15mm, can achieve higher gain and larger power output.

Variable Gain Range: >10dB Power: >18dBm Gain ripple [typ. condition]: <1.0dB typ. Condition

Normal-type EDFA, including single-wave, multi-wave, pure optical, and powered EDFA, with dimensions above 90*70*15mm, can achieve higher gain and larger power output.

毛刺大小: 4~9μm 热影响: ≤90μm, without melt beads 极片垂直度: 90°±0.2°

The precision laser forming and cutting system processes lithium-battery electrodes and tabs. Advanced laser processing forms tabs precisely with consistent dimensions and no burrs, and cuts electrodes rapidly and cleanly without dust, avoiding microscopic short-circuit risks from mechanical methods. It also supports continuous online electrode forming for complex shapes and precise dimensions. Noncontact, stress-free processing has no tool wear and integrates into automated lines, improving battery safety, reliability, production flexibility and efficiency.