The DMP200W is a high-performance 980nm VCSEL designed for demanding industrial and medical applications. Engineered with an integrated water-cooling package, it ensures superior thermal management and wavelength stability during high-duty cycles.
This robust module delivers the precision required for medical cosmetology, the intensity for laser heating, and the efficiency needed for advanced surface processing. Combining high power density with exceptional reliability, the DMP200W is the professional choice for scalable, high-energy photonic systems.
The DMP200W is a high-performance 980nm VCSEL designed for demanding industrial and medical applications. Engineered with an integrated water-cooling package, it ensures superior thermal management and wavelength stability during high-duty cycles.
This robust module delivers the precision required for medical cosmetology, the intensity for laser heating, and the efficiency needed for advanced surface processing. Combining high power density with exceptional reliability, the DMP200W is the professional choice for scalable, high-energy photonic systems.
Why the DMP200W Stands Out
1. Superior Thermal Engineering
Thermal rollover is the enemy of performance. The DMP200W features a proprietary integrated water-cooling package that brings the heat sink directly to the chip level.
Wavelength Stability: Maintains a precise 980nm output even under high-power continuous wave (CW) operation.
Extended Lifespan: By operating at significantly lower junction temperatures, the DMP200W boasts a superior MTBF (Mean Time Between Failures) compared to air-cooled alternatives.
2. Optimized 980nm Output
The 980nm wavelength is the "Goldilocks zone" for many applications, offering the perfect balance between absorption and penetration.
High Power Density: Delivers concentrated energy with the characteristic circular, low-divergence beam profile of VCSEL technology.
Efficiency: High electrical-to-optical conversion efficiency reduces overall system power consumption.
VCSEL DMP200W Of Applications
Medical Cosmetology
LASER Heating
Surface Process
Target Applications
Medical & Healthcare
Surgical Precision: Ideal for soft-tissue dental surgery and endovenous laser ablation where consistent energy delivery is vital for patient safety.
Dermatology: Provides the stability required for long-duration aesthetic treatments without power degradation.
Industrial Manufacturing
Laser Plastic Welding: Enables high-speed, non-contact bonding for the automotive and medical device industries.
Additive Manufacturing: Acts as a reliable thermal source for specialized 3D printing and curing processes.
Advanced Sensing & LiDAR
Illumination: Serves as a high-power flash illuminator for long-range 3D sensing, providing superior contrast in high-ambient-light environments.
| Electro-optical Characteristics (Tc = 25°C) | ||||||
|---|---|---|---|---|---|---|
| Parameter | Symbol | Test Condition | Min | Typ | Max | Unit |
| Threshold Current | Ith | - | - | 2.4 | 4 | A |
| Laser Irradiation Area | A | Distance @ 10 cm | - | 6.5 × 6.5 | - | cm |
| Laser Irradiation Area | A | Distance @ 6 cm | - | 6 × 6 | - | cm |
| Operating Current 1 | Iop | Po = 200 W, CW | - | 20 | 24 | A |
| Operating Voltage 1 | Vop | Po = 200 W, CW | - | 45 | 50 | V |
| Laser Power Intensity 1 | Piop | Po = 200 W, CW | - | 4 | 5 | W/cm² |
| Operating Current 2 | Iop | Po = 30 W, CW | - | 8 | 10 | A |
| Operating Voltage 2 | Vop | Po = 30 W, CW | - | 42 | 46 | V |
| Laser Power Intensity 2 | Piop | Po = 30 W, CW | - | 1 | 1.4 | W/cm² |
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