Sorry, this family of products is no longer available. The replacement family of products is Talon® Diode-Pumped Solid State Q-Switched Lasers.
Product Replacement Options
MKS encourages customers to contact your local sales representative to discuss replacement options. Below is a list of suggested replacement lasers:
Part Number Suggested Replacement Model
SPFL 532-10 Talon GR20
SPFL 532-20 Talon GR20 or GR40 (For low/high rep rate applications)
SPFL 532-40 Talon GR40 or GR70 (For low/high rep rate applications)
High Pulse Repetition Rate With Tunable Short Pulse Width
For Fine Material Processing
|SPFL 532-20||SPFL 532-40|
|Average Output Power||20 W||40 W|
|Repetition Rate (Max)||Single shot to 1200 kHz||Single shot to 2000 kHz|
|Pulse Width||3–20 ns (preset values) @ 100 µJ 3–50 ns @ 150 µJ|
|Pulse Energy (Max)||180 µJ||150 µJ|
|Pulse to Pulse Energy Instability2||<2% RMS @ 600 kHz||<2% RMS @ 1000 kHz|
|SPFL 532-20||SPFL 532-40|
|Operational Voltage||24 VDC|
|Cooling Method for Head Unit (engine is air-cooled)||Air||Water|
|Operating Temperature||10–35 ºC||15–35 ºC|
|Laser Engine Dimensions||130 x 224 x 299 mm|
|Laser Head Dimensions||135 x 145 x 284 mm||123 x 145 x 284 mm|
|Laser Engine Weight||6.5 kg||6.8 kg|
|Laser Head Weight||4.5 kg||7.1 kg|
|Fiber Length||300 cm|
|Output Beam Diameter||2.8 ± 0.5 mm|
|Output Beam Parameters||M2 <1.2 /td>|
Spectra Physics’ SPFL 532 series of pulsed green fiber lasers (532 nm) incorporate cutting edge technology to provide top performance for such precision-intensive applications as those required for solar cell manufacturing, micro machining, silicon scribing, fine processing, glass processing, thin film cutting and more.
The SPFL 532 lasers are comprised of linearly polarized Ytterbium fiber lasers in a smart and flexible MOPA configuration utilizing a second harmonic generation (SHG) module to provide an output power of up to 40 W with a near-diffraction-limited output beam in the green wavelength.
SPFL 532 lasers offer high pulse repetition rates (up to 2 MHz with PRF on-the-fly), tunable short pulse durations (down to 3 nsec) and high peak power to enable high system throughput for maximum process efficiency. Combined with its pulse-on-demand capabilities the SPFL 532 brings remarkable agility and flexibility to the most demanding of applications.
Enclosed in a robust yet compact assembly that meets industrial standards and fitted with metal armored fiber cable, the ultra-flexible SPFL 532 lasers deliver a compelling combination of quality, reliability and performance.
To verify and analyze the output power of your SPFL 532 laser, we recommend the Ophir F80(120)A-CM-17 (7Z07103) thermal power sensor and Centauri laser power meter. Additional information on this laser measurement equipment can be found on the ophiropt.com website. Other Ophir sensors and meters may also be suitable for the SPFL 532, depending on application. Ophir also works with laser system developers to achieve embedded beam diagnostics to monitor system performance as an OEM solution.