Fs power laser 1030
- 1030 nm (and harmonics: 515, 343, 258 nm)
- power: 30W / 60 W; energy: 100 uJ / 200 uJ
- pulse duration FWHM: < 270 fs
- fiber-maximized, SESAM- free
- works in any position, also standing
With a truly monolithic all-fiber amplified oscillator inside, the LFT-Jasper-X1 provides fast warm-up time along with high power (30W, 60W). Furthermore, you can count on unprecedented long-term stability and hands-free operation. The heart of the system is our unique truly all-fiber oscillator. Thanks to its unique construction and SESAM-free technology Jasper is amazingly robust and reliable.
- Proven stability & exceptional lifetime with average power up to 60 W
- Maximum pulse energy of up to 200 µJ
- < 270 fs - 20 ps pulse tunability
- Superior beam quality thanks to all-fiber optical design
- Advanced Pulse-on-Demand and Custom Envelope Burst with bursts up to 80 pulses
- Immediate reaction to external trigger signal providing 100-fold accuracy improvement of the laser system
- 5-year warranty on oscillator and 2-year on the complete laser as a standard
Additionally, the fiber amplifiers ensure unbeatable beam pointing stability even in a harsh environment – unlike the free-space constructions.
Jasper X1’s are therefore ideal for industry-OEM applications in addition to research (R&D): industrial grade – scientific performance.
Jasper X1 aren’t low-cost fs lasers, they are cost-effective. Minimum misalignment, minimum maintenance. Tthey also work standing up.
Specifications of the LFT-Jasper-X1 high power femtosecond laser, from Fluence Technology:
| JX30-100 | JX30-200 | JX30-200P | JX60-200 | JX60-200P | |
| Output characteristics | |||||
| Central Wavelength | 1030 ± 5 nm | ||||
| Average Power | 30 W (1) | 60 W | |||
| Max. Pulse Energy | 100 µJ | 200 µJ | 200 µJ | ||
| Nominal Pulse Repetition Rate (PRR) | 300 kHz | 150 kHz | 300 kHz | ||
| Pulse Width | < 270 fs (2) | ||||
| Tuning Range | < 270 fs - 8 ps | < 270 fs - 20 ps | |||
| Pulse Repetition Rate (PRR) | Single-Shot to 20 MHz (3) | ||||
| Pulse-on-Demand Max. PRR / Jitter |
Standard (pulse picker based) | Advanced (4) 1 MHz / < 50 ns |
Standard (pulse picker based) | Advanced (4) 1 MHz / < 50 ns |
|
| Max. Burst Energy | 100 µJ (6) | 300 µJ (6) | 400 µJ (6) | ||
| No. of Pulses in MHz Burst Mode | 2 - 80 | 2 - 80 | 2 - 12 | 2 - 80 | 2 - 12 |
| Custom Burst Envelope (5) | Optional | Included | - | Included | - |
| Other characteristics | |||||
| Beam Quality, M2 | < 1.2 (1.1 typical) | ||||
| Beam Circularity | > 87% | ||||
| Beam Divergence | < 1 mrad | ||||
| Beam Diameter | 2.5 ± 0.5 mm (7) | ||||
| Polarization | Vertical, PER > 28 dB | ||||
| Beam Pointing Stability | < 20 µrad/°C | ||||
| Long Term Power Stability - 100 h | < 0.5% (8) | ||||
| Pulse-to-Pulse Energy Stability - 24 h | < 1% (8) | ||||
| Options | Harmonic Module - 515 nm, 343 nm, 257 nm (automatic selection). Automated Mechanical Shutter |
||||
| Cooling | Water | ||||
| Control Interface | GUI (USB) / SCPI (RS232) / TTL (BNC) / Analog (BNC) | ||||
| Laser Head Dimensions (L x W x H) | 1096 x 446 x 100 mm | ||||
| Power Supply Unit Size (L x W x H) | 3U 19” rack unit: 376 x 485 x 133 mm | ||||
| Laser Head Mounting Options | Horizontal / Vertical | ||||
| Operation Ambient Temperature | 15 - 30°C | ||||
| Relative Humidity | 10 - 80% (non-condensig) | ||||
1. As a standard > 28 W will be delivered. > 30 W will be delivered upon request.
2. < 240 fs typical.
3. Maximum pulse repetition rate: 20.0 ± 0.5 MHz. Pulse picking up to 2 MHz. In Advanced Pulse-on-Demand version, pulses can be triggered externally up to 1.0 MHz in Stabilized Energy Mode.
4. PRR limit: 1000 ± 60 kHz. Enables constant pulse energy (Stabilized Energy Mode) at fluctuating PRR up to 1.0 MHz (enhanced corner processing and increased pulse positioning accuracy on the material). Constant pulse pitch in micromachining systems providing positioning synchronized output (PSO).
5. Setting arbitrary burst envelope and adjusting amplitude of individual pulse within a burst
6. Available in High Energy Burst mode (HEB) with PRR reduced below nominal PRR. HEB is available in JX30-100 vartiant upon request.
7. 1/e2, measured at 1 m.
8. NRMSD under stable environmental conditions.
Key applications of the Jasper JX30, JX60 fs laser:
- Micromachining
- Glass cutting
- Surface structuring
- Ophthalmology
- Pumping of Optical Parametric Amplifiers (PA; e.g. LFL-Harmony)
- Semiconductor & OLED manufacturing
- Solar cell manufacturing
- Luxury watchmaking
Here you have a summary of our femtosecond lasers:
| Halite 2 | Micro JM7-5 | JX30-100 | JX30-200 | JX30-200P | JX60-200 | JX60-200P | |
| Central Wavelength | 1030 ± 5 nm | ||||||
| Max. Average Power | > 2 W | > 7 W | 30 W (1) | 60 W | |||
| Max. Pulse Energy | > 100 nJ | > 5.0 μJ | 100 µJ | 200 µJ | 200 µJ | ||
| at rep rate up to | - | 1.4 MHz | 300 kHz | 150 kHz | 300 kHz | ||
| Pulse Width | < 230 fs (<100 fs opt) |
< 250 fs @5.0 µJ | < 270 fs | ||||
| Tuning Range | - | < 250 fs - 8 ps | < 270 fs - 8 ps | < 270 fs - 20 ps | |||
| Pulse Rep. (PRR) | 20 ± 2.5 MHz | Single-Shot to 20 MHz | |||||
| Pulse-on-Demand Max. PRR / Jitter |
- | Standard (pulse picker based) |
Advanced (4) 1 MHz / < 50 ns |
Standard (pulse picker based) |
Advanced (4) 1 MHz / < 50 ns |
||
| Max. Burst Energy | - | 20 μJ | 100 µJ | 300 µJ | 400 µJ | ||
| Pulses in MHz Burst Mode | - | 2 - 80 | 2 - 80 | 2 - 12 | 2 - 80 | 2 - 12 | |
| Custom Burst Envelope | Optional | Optional | Included | - | Included | - | |
| Opt. wavelength outputs | 515 nm | 515 nm, 343 nm | 515 nm, 343 nm, 258 nm | ||||
| Laser control software | Included | ||||||
In addition:
- femtosecond oscillator
- femtosecond OPA – tunable laser
Don't forget that if you have or need an ultrafast laser, you may very well need our PCL services:
- laser safety training
- laser safety consultancy
Or maybe our laser related products:
- laser protection products: goggles & helmets, windows, barriers, curtains, cabins, clothing
- Blink: laser power and energy meter, each pulse, for ultrafast laser up to 1 MHz
- Blueback: Spider based ultrafast laser pulse characterization
- laser beam profile analysis
More information: ventas@procarelight.com / +34 605 024 420
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