1.Marking/Engraving parameters Available
2.Long-term Tech Support
3.Dedicated Customer Support
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Laser Source | 60W JPT MOPA M7 |
Galvanometer | High-Speed ZBTK with Silicon Mirrors |
Control Board | Original BJJCZ FBLI-V4/?LMC-V4 |
Power Supplies | MeanWell 5V, 15V, 24V |
Software | EZCAD2 /?EZCAD2?Lite?for Windows XP/7/8/10/11 |
Dual Red Dot Device | Easy focusing for 2 lens sizes |
Z-Axis Control | Motorized |
F-Theta Field Lens | F290 working area 200 x 200 mm Focal Length?290 mm/?F420 working area 300 x 300 mm Focal Length 420 mm |
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As compared to the Q-switching technology, the pulse repetition frequency (PRF) and pulse width can be controlled independently in MOPA configuration, through adjusting different combination of the above parameters, the peak power of laser can be well maintained. And enable JPT laser suitable for more material processing which Q-switch limited. The higher output power makes its advantages especially in high speed marking applications?
MOPA JPT Laser: Technical Specification | ||
Product Model | YDFLP-60-M7-L1-R | |
Beam Quality Factor | M | < 1.8 |
Cable Length | m | 3 |
Nominal Power | W | > 60 |
Max Pulse Energy | mJ | 1.5 |
Repetition Rate | kHz | 1 – 4000 |
Pulse Duration | ns | 2 – 500 |
Power Stability | % | < 5 |
Cooling Method | Air Cooled | |
Supply DC Voltage | VDC | 48 |
Current Consumption | A | < 6 |
Environmental Supply Current | A | > 6 |
Power@20℃ | W | < 260 |
Emission Wavelength | nm | 1064 |
Emission Bandwidth@3dB | nm | < 15 |
Polarization | Random | |
Output Beam Diameter | mm | 7±0.5 |
Power Tunability | % | 0 – 100 |
Operation Temperature | ℃ | 0 – 40 |
Storage Temperature | ℃ | -70 |
THE DIFFERENCE BETWEEN JCZ STANDARD MARKING CONTROL CARD AND LITE CARD
JCZ Fiber Standard Card | JCZ Fiber Lite Card | |
Number of input ports | 16 general input signals | 6 general input signals |
Number of output ports | 8 general output signals TTL/OC | 2 general output signals (TTL) |
Extended axis | Supports 2 expansion axis | Support 1?expansion axis |
Flying marking | support | / |
Multi-head marking | support | / |
Software secondary development | support | / |
Built-in encryption chip | No external dongle required | / |
Connection method | USB2.0 | |
Laser signal | Use DB25 socket to output laser control signal | |
Applicable Lasers | fiber laser | |
Applicable material | Metal, black photosensitive material | |
Operating systems | XP/WIN7WIN8/WIN10, 32/64 bit system | |
Power supply | External 5V, 3A power supply | |
Galvo control signal | Digital signal, which can be directly connected to the international digital galvanometer | |
Adjustable Pulse Width (MOPA) Lasers | support | |
ReMark signal | Cached content is marked repeatedly |
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ZBTK?Galvanometer: Technical Specification | |
Manufacturer | ZBTK Tech Co |
Model | ZB2D10C1064R-X1 |
Reflection Wavelength | 1064 nm |
Input Aperture | 10 mm |
Typical Scan Angle | 0.35 rad |
Non-Linearity | < 0.5 mrad |
Tracking Error | 0.15 ms |
Repeatability | < 15 urad |
Gain Drift | < 50 ppm/k |
Offset Drift | < 50 urad/k |
Long-Term Drift >8 h | < 0.2 mrad |
Marking Speed | 5 m/s |
Positioning Speed | 10 m/s |
Digital Interface | XY2-100 |
Power Requirements | 15VDC 5A |
Outline Dimensions | 114x96x94 mm |
Weight | 1510 g |
Operation Temperature | 10°C – 50°C |
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Application?
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