פמטוסקונד לייזר | פמטושנייה לייזר | Femtosecond laser

אנו משווקים בישראל לייזרים מסוג פמטו-סקונד (או פמטוסקונד לייזר, פמטושנייה לייזר). הלייזרים שאנו מספקים ללקוחות שלנו הם באיכות גבוהה ועומדים בסטנדרטים גבוהים. מדובר בלייזרים הפולטים פעימות אור עם משך זמן של בין מספר בודד של פמטו-שניות למאות פנטו-שניות. הלייזר גם נקרא אולטרא-פסט לייזר

להלן דוגמא למאפיינים של לייזר פמטוסקונד

Max. pulse energy: 50mJ
Wavelength tuning range: 750-960nm, fixed at desired wavelength
SH output: 375-480nm
TH output: 250-320nm
FH output: 210-230nm
Pulse duration: 20-60fs
Pulse repetition rate: 10Hz
Pulse energy stability: <1.5%rms
Beam diameter: 7mm
Polarization: linear, horizontal
Optical to RF signal jitter: <1ps

Another option is:

Ultrashort pulse laser, 20W, Wavelengths: 1030nm, 515nm,
343 nm, BiBurst option, Planar XY Linear Motor Stages
300x300mm working area, Single galvo scanner with optical Z axis
Software for process preparation and control (DMC)
Class 1 enclosure for laser safety

כמובן שניתן להתאים את מאפייני הלייזר לדרישות ולצרכי הלקוח. אתם מוזמנים ליצור עמנו קשר לקבלת פרטים נוספים, ייעוץ והצעת מחיר חינם

התקשרו עכשיו

נשמח לשוחח עמכם

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We market in Israel femtosecond lasers (or femtosecond laser, femtosnia laser). The lasers we provide to our customers are of high quality and meet high standards. These are lasers that emit light pulses with a duration of between a single number of femto-seconds and hundreds of panto-seconds. The laser is also called an ultra-fast laser

The following is an example of the specifications of a femtosecond laser

Max. pulse energy: 50mJ
Wavelength tuning range: 750-960nm, fixed at desired wavelength
SH output: 375-480nm
TH output: 250-320nm
FH output: 210-230nm
Pulse duration: 20-60fs
Pulse repetition rate: 10Hz
Pulse energy stability: <1.5% rms
Beam diameter: 7mm
Polarization: linear, horizontal
Optical to RF signal jitter: <1ps

Of course the laser specifications can be adjusted to the requirements and needs of the customer. Feel free to contact us for more details, advice and a free quote

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Here are 10 products and technologies similar to or that compete with femtosecond lasers, which are in top demand today:

Picosecond Lasers: These lasers emit pulses that are longer than a femtosecond laser but still in the picosecond range (one trillionth of a second). They offer a similar “cold” processing benefit and are often a more cost-effective and higher-throughput alternative for many industrial micromachining and medical applications.
Nanosecond Lasers: A more common and mature technology, nanosecond lasers are the workhorses of industrial laser marking, cutting, and welding. While they have a larger heat-affected zone (HAZ) than ultrafast lasers, they are in high demand for their high power, speed, and lower cost.
Fiber Lasers: This is a laser type, not a pulse duration. Fiber lasers are in top demand due to their high efficiency, compact size, and reliability. They can be built to produce either continuous-wave (CW) or pulsed output, including picosecond and femtosecond pulses.
CO2 Lasers: A fundamental industrial laser type, CO2 lasers are powerful and efficient for cutting and engraving a wide range of non-metallic materials such as wood, plastics, and fabrics. They are a staple in manufacturing and are in high demand for their versatility.
Excimer Lasers: These are a type of ultraviolet (UV) laser that uses a gas mixture. They are a form of “cold” laser that is in high demand for applications like semiconductor manufacturing, lithography, and certain types of eye surgery.
Direct Diode Lasers (DDLs): These are compact and highly efficient lasers that emit light directly from a semiconductor diode. They are gaining popularity for direct material processing in welding and soldering applications due to their small footprint and high power density.
Ytterbium-doped Lasers: This refers to the active gain medium used inside a laser. Ytterbium-doped materials are very common in high-power ultrafast lasers, including both femtosecond and picosecond lasers, because they are efficient and can produce high pulse energies.
Ultrafast Laser Systems: This is a broader category that includes both femtosecond and picosecond lasers. The demand for these integrated systems is growing in industries like medical device manufacturing, consumer electronics, and scientific research.
Q-switched Lasers: This is a technique for producing high-intensity pulses from a laser, often in the nanosecond range. They are a popular choice for laser marking and tattoo removal.
Ablation Systems for Ophthalmic Surgery: Specific to medical applications, femtosecond lasers have revolutionized eye surgery. Similar or competing technologies include excimer lasers and other surgical tools that achieve a similar result, like the Zepto device for capsulotomy.

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http://tepil.over-blog.com/2020/09/israel-tunable-wavelength-femtosecond-laser.html

https://sites.google.com/view/high-energy-lasers-israel/custom-high-pulse-energy-femtosecond-fixed-wavelength-laser-system