The DLS-ECO Series provides solid-state diode laser heating to replace less efficient infrared bulbs and environmentally unfriendly gas fired furnaces. Extremely high power conversion efficiency along with exceptionally low impact on the ambient factory environment make the Cost-of-Ownership and Return-on-Investment of a diode heater compelling. DLS-ECO lasers are an excellent solution to dry industrial coatings such as battery slurries, paint, power coating, as well as semiconductor wafer heating.
| > 52% Energy Efficient | Compact Footprint |
| Long-life IPG Components | Simple Water Cooliing |
| Low Carbon Footprint | |
The NEW DLS-ECO Series announces the arrival of solid-state heating to replace less efficient infrared bulbs and environmentally unfriendly gas fired furnaces. Extremely high power conversion efficiency along with exceptionally low impact on the ambient factory environment make the Cost-of-Ownership andReturn-on-Investment of a diode heater compelling.
A diode heater operates cold, wasting no energy warming insulating walls or the factory floor. Rather, all energy is highly directed as laser light onto the media being processed. Between batches the diode heater is off, not idling, so no energy is consumed when it is not needed.
Laser light dries below the surface providing a more efficient process than is possible in a thermal convection oven, meaning a DLS-ECO solution is up to 4X smaller and up to 4X faster. The open and cold environment is inviting to thermal metrology enabling tighter process control benefitting from instantaneous, on-the-fly temperature adjustments. The DLS-ECO is best suited to dry industrial coatings such as battery slurries, paint or powder coatings, and are employed when extremely tight process control is needed, such as semiconductor wafer heating.
For more information, contact a laser specialist: DLS-ECO@IPGPhotonics.com
| DLS-22000-ECO | DLS-30000-ECO | DLS-40000-ECO | |
| Central Wavelength, nm | 960-985 | ||
| Mode of Operation | CW/modulated | ||
| Modulation Frequency, kHz | 0-5 | ||
| Maximum Average Power*, kW | 22 | 30 | 40 |
| Power Tunability, % | 10-100 | ||
| Power Stability**, % | ±2 | ||
| Laser Illumination Area**, mm | 1300 × 780 | ||
| Power Density Uniformity, % | ±5 | ||
* Over 2 hours
** Illumination area may be tailored to meet customer requirements.
| > 55% Energy Efficient | Compact Footprint |
| Long-life IPG Components | Simple Water Cooliing |
| Low Carbon Footprint | |
DLS-U-ECO Series fiber lasers are ultra-compact and ultra-efficient solutions for industrial heating and drying applications. The DLS-ECO Series announces the arrival of solid-state heating to replace less efficient infrared bulbs and environmentally unfriendly gas fired furnaces. Extremely high power conversion efficiency along with exceptionally low impact on the ambient factory environment make the Cost-of-Ownership and Return-on-Investment of a diode furnace compelling.
A diode heater operates cold, wasting no energy warming insulating walls or the factory floor. Rather, all energy is highly directed as laser light onto the media being processed. Between batches the diode heater is off, not idling, so no energy is consumed when it is not needed.
Laser light dries below the surface providing a more efficient process than is possible in a thermal convection oven, meaning a DLS-ECO solution is up to 4X smaller and up to 4X faster. The open and cold environment is inviting to thermal metrology enabling tighter process control benefitting from instantaneous, on-the-fly temperature adjustments. The DLS-ECO is best suited to dry industrial coatings such as battery slurries, paint or powder coatings, and are employed when extremely tight process control is needed, such as semiconductor wafer heating.
For more information, contact a laser specialist: DLS-ECO@IPGPhotonics.com
| DLS-3500-U-ECO | DLS-7000-U-ECO | DLS-11000-U-ECO | |
| Central Wavelength, nm | 960-985 | ||
| Mode of Operation | CW/modulated | ||
| Modulation Frequency, kHz | 0-5 | ||
| Maximum Average Power*, W | 3500 | 7000 | 11000 |
| Power Tunability, % | 10-100 | ||
| Power Stability**, % | ±2 | ||
| Laser Illumination Area**, mm | 200 × 200 | ||
| Power Density Uniformity, % | ±5 | ||
* Over 2 hours
** Illumination area may be tailored to meet customer requirements.
|
Drying: Li-ion Battery Slurry, Paint, |
Annealing/Curing: Industrial Coatings |
| Semiconductor: Wafer Heating |
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