Lasting quality in entertainment
Capitalizing on many years’ experience in the design and manufacturing of diode-pumped solid-state lasers, we have a long established record of solid-state lasers operating in show applications all around the world.
Compared to traditional laser radiation sources, frequency-converted solid-state lasers offer some essential benefits for use in the entertainment business.
In the first place these are:
- Significantly lower operating and maintenance cost
- Very compact design shapes
- Easier handling
- No need for external cooling water supply
- Reduced line power supply requirements(no three-phase current connection necessary)
- High efficiency
- Long service life
- Good price-performance ratio
| Show applications |
 |
|
|
 |
|
|
 |
|
Frequency converted solid state lasers for show applications
|
|
|
 |
JenLas® D2
| Diode-Pumped Thin-Disk Laser - frequency-doubled |
 |
| The JenLas® D2 is a doubled-frequency, diode-pumped thin-disc laser with high beam quality, operating at the wavelength of 532 nm and providing up to 5 W (cw) of output power. Efficiency and modulation capability of its cw-radiation distinguish this laser. Its compact OEM design allows easy integration with numerous applications. |
Manufacturer
| Scope of Application |
- Display engineering
- Pumping of solid-state lasers
- Light exposure of plastic materials
- Medical engineering
- Show applications
- Substitution of Argon lasers
|
| Features |
- OEM design for easy integration
- High beam quality
- Small dimensions
Technology:
- Thin-disk laser
- Diode pumping
- Frequency doubling
- cw operation
- Peltier cooling (TEC), system contains no water
|
JenLas® D2.mini 2/3 W
| Diode-Pumped Thin-Disk Laser - frequency-doubled |
 |
| The JenLas® D2.mini is like the other D2-products a doubled-frequency, diode-pumped thin-disc laser with good beam quality, operating at the wavelength of 532 nm and providing 2/3 W (cw) of output power. The JenLas® D2.mini has an enormous volume reduction and allows the integrator to minimize the size of the end device. |
Manufacturer
| Scope of Application |
- Medical engineering, e.g. ophthalmology
- Show applications
- Pumping of solid-state lasers
- Science
|
| Features |
- OEM design for easy integration
- Good beam quality
- Small dimensions
Technology:
- Thin-disk laser
- Diode pumping
- Frequency doubling
- cw operation
- Peltier cooling (TEC), system contains no water
|
JenLas® D2.mini 5/8 W
| Diode-Pumped Thin-Disk Laser - frequency-doubled |
 |
| The JenLas® D2.mini 5/8 W with up to 8 W output is an improvement based on the innovative JenLas® D2.mini technology. It is a doubled-frequency, diode-pumped thin-disc laser with good beam quality, operating at the wavelength of 532 nm and providing 5/8 W (cw) of output power. The JenLas® D2.mini 5/8 W has an enormous volume reduction and allows the integrator to minimize the size of the end device. |
| Scope of Application |
- Dermatology
- Show & Entertainment
- Pumping of Ti:Sa
- Science
- Marking
|
| Features |
- OEM design for easy integration
- Good beam quality
- Small dimensions
Technology:
- Thin-disk laser
- Diode pumping
- Frequency doubling
- cw operation
- Peltier cooling (TEC), system contains no water
|
JenLas® D2.8
| Diode-Pumped Thin-Disk Laser - frequency-doubled |
 |
| Providing an output power of up to 8 W (cw), the JenLas® D2.8 is the big brother to the JenLas® D2. It is a doubled-frequency, diode-pumped thin-disc laser with high beam quality that operates at the wavelength of 532 nm. Despite this high power rating, its compact OEM design allows easy integration with numerous applications. |
| Scope of Application |
- Display engineering
- Pumping of solid-state lasers
- Light exposure of plastic materials
- Medical engineering
- Show applications
- Substitution of Argon lasers
|
| Features |
- OEM design for easy integration
- High beam quality
- Ultra small dimensions
Technology:
- Thin-disk laser
- Diode pumping
- Frequency doubling
- cw operation
- Peltier cooling (TEC), system contains no water
|
Laser Diode and DPSS Laser system
