| Model | DM60-532 | DM100-532 | DM150-532 | DM200-532 |
|---|---|---|---|---|
| Wavelength | 532 | |||
| Average Power @ 10 kHz | 60 | 100 | 150 | 200 |
| Pulse Energy (mJ) @ 10kHz | 6 | 10 | 15 | 20 |
| Pulse Width (ns) @ 10kHz (nominal) | ~150 | ~190 | ~200 | ~120 |
| Repetition Rate* | 1 to 30 kHz | 1 to 50 kHz | ||
| Pulse to Pulse Stability | < 1% rms | |||
| Polarization Ratio | Horizontal; 100:1 | |||
| Beam Diameter (nominal) | 2 mm | 4.5 mm | ||
| Beam Divergence (Full Angle Far Field) | < 10 mrad | |||
| Beam Circularity | > 85% | |||
| Spatial Mode | M2 ~ 15 | ~ 20 to 25** | M2 ~ 15 | M2 ~ 15 |
| Beam Pointing Stability | < 25 μrad | |||
| Long Term Stability | <0.5% rms | |||
| Line Frequency | 50 to 60 Hz | |||
* For rep rates below 1kHz, the current must be reduced to cap the max pulse energy
** M2 ~ 15 option is available
| Model | DM60-532 | DM100-532 | DM150-532 | DM200-532 |
|---|---|---|---|---|
| Electrical Requirement | 100 to 240V AC | 200-240V AC | ||
| Warm Up Time | < 5 min from standby or cold start | |||
| Power Consumption (excluding chiller) | 1.1 kW | 1.5 kW | 2.1 kW | 2.5 kW |
| Operating Temperature | 15 to 30°C | |||
| Interface | RS 232 / External TTL Triggering / GUI Software Included | |||
| Model | DM60-532 | DM100-532 | DM150-532 | DM200-532 |
|---|---|---|---|---|
| Laser Head (W x H x L) | 6.5 in x 26 in x 4.6† in | 12 in x 26 in x 4.6† in | ||
| Controller (W x H x L) | 19 in x 17 in x 5.25 in (3U) | |||
| Laser Head (Weight) | 49 lbs | 84 lbs | ||
| Controller (Weight) | ~24 lbs | |||
| Umbilical Length | 3 m | |||
High Power Green Laser
DM60-532 | DM100-532 | DM150-532 | DM200-532
Features
- Power: 60W to 200W†
- Simple, compact, monolithic
- Pulse rates from 1 to 30kHz
- Superior pulse to pulse stability
- Twin pulse option‡
- Uniform beam profile
- Diode lifetime of > 10,000 hours
† All models can be configured as Dual Head, please see DM Dual Head series
‡ PI’s patented twin pulse mode provides double pulses from a single trigger signal from the single laser head. Energy ratio of the twin pulses and pulse separation between the twin pulses is user programmable
