
( Brand: Continuum ), ( Manufacturer Part Number: PY61-10 ), ( Part Type: Laser )
The Py61-10 Continuum Oscillator and Py60 Pulsed YAG Laser System (Model No. 3299) is a cutting-edge, versatile laser solution designed for a myriad of applications. This high-performance system combines the Py61-10 Continuum Oscillator, which delivers continuous wave, ultra-broadband infrared radiation, and the Py60 Pulsed YAG Laser, renowned for its precision and efficiency.
The Py61-10 Continuum Oscillator generates a broad spectrum of light, making it ideal for applications such as optical parametric oscillation (OPO), optical parametric amplification (OPA), and frequency doubling. It is engineered with a robust design and high energy output, ensuring consistent performance even under demanding conditions.
The Py60 Pulsed YAG Laser, on the other hand, delivers powerful, pulsed infrared radiation. It features a Q-switched Nd:YAG crystal and a pulse duration of nanoseconds. This makes it perfect for applications that require high peak power, such as materials processing, micromachining, and medical procedures like tattoo removal.
The system is equipped with advanced control electronics, ensuring easy operation and precise control over the laser parameters. The user-friendly interface allows for seamless integration with external systems and provides real-time feedback for optimal results.
The Py61-10 Continuum Oscillator and Py60 Pulsed YAG Laser System (Model No. 3299) is a testament to our commitment to innovation and quality. It is a powerful tool for researchers, engineers, and technicians seeking to push the boundaries of what is possible with laser technology. With its unique combination of continuous and pulsed lasing, this system offers unparalleled flexibility and versatility, making it an indispensable asset in any demanding laser application.
The Py61-10 Continuum Oscillator and Py60 Pulsed YAG Laser 3299 is a high-performance laser system suitable for various applications, particularly in the field of medical aesthetics, dermatology, and material processing. Here are some of its pros and cons:
Pros:1. High Power: With a power output of 10W, the Py61-10 Continuum Oscillator provides enough energy for efficient and effective laser treatments.
2. Versatility: The combination of both a continuous wave (CW) and pulsed laser offers flexibility in treating a wide range of conditions.
3. Wide Wavelength Range: The system covers a wavelength range from 532nm to 1064nm, making it suitable for various applications.
4. Quality and Durability: The manufacturer is known for producing high-quality and durable laser systems.
Cons:1. High Cost: The price of the Py61-10 Continuum Oscillator and Py60 Pulsed YAG Laser 3299 is significantly higher compared to single-wavelength lasers, which may be a deterrent for some buyers.
2. Complexity: The system's versatility comes with a learning curve, as users need to understand the various settings and applications.
3. Requires Maintenance: Like any laser system, the Py61-10 Continuum Oscillator and Py60 Pulsed YAG Laser 3299 requires regular maintenance to ensure optimal performance.
Conclusion:If you're looking for a versatile, high-powered laser system for a professional setting, the Py61-10 Continuum Oscillator and Py60 Pulsed YAG Laser 3299 could be an excellent investment. Its wide wavelength range and combination of CW and pulsed lasing make it suitable for a variety of treatments. However, the high cost and complexity of the system may not be ideal for those with limited budgets or less experience in laser treatments.
Recommendation:Consider your specific needs, budget, and expertise before deciding whether the Py61-10 Continuum Oscillator and Py60 Pulsed YAG Laser 3299 is the right choice for you. If you're a professional in the field and can justify the investment, this system could greatly expand your treatment capabilities. If you're new to lasers or have more limited funds, you may want to consider a simpler, more affordable single-wavelength laser until you gain more experience and can afford a more complex system.
Active passive mode-locking in a cavity-dumped, high-energy oscillator, combined with single pass amplifier delivers unparalleled peak energies. Peak-to-peak with respect to residual pulses. Conversion efficiency is better than 50 for the second harmonic and 30 third in PY60 series this achieved elector-optically using a pickles cell switch with output beam ejected via polarize.
Several different wave length separation packages offer the user flexibility and selectivity of output beams Continuum py series high energy pigskins nd:yag lasers pulses with near diffraction limited beam quality PY60 pulsed laser systems produces high-energy from a compact package: 1 250:1 100:1 1000: full width half maximum. Cavity dumping is a technique whereby the output coupling of an oscillator rapidly switched from very low to high value. The resonator design uses interactivity spatial filtering and a large mode volume to achieve high energy pulses which have spatially smooth near diffraction-limited profile: 1 200:1 100:1 1000: benefits of single pass amplification in PY60 series are superior beam quality simplification over systems that use double-pass.
The high efficiency design results in optimum pump uniformity contributing to excellent spatial beam profile. Py series specifications model PY61-10py61-20py61c-10py61c-20 energy Maj NM 532 355 266 pulse width spec pulse repetition rate Hz stability RMS 1064 beam characteristics diameter mm divergence Mead 4 contrast ratio with Baden steerable absorbed 6. Spatial filtering and amortization between the oscillator amplifier insure that smooth profile of pulse is retained energy reduction.
This is simpler, easier to use and less complex than previous techniques employing an external pulse slicer. Proven design the py61 series pumping chamber uses only a single flash lamp to pump both oscillator rod and an amplifier rod, thus reducing cost size of power supply. 5 times the diffraction limit. 4 40:1 250:1 100:1 1000: full angle 86 of energy.
The near diffraction limited beam of PY60 series is based on Continuum's listened fur filtered unstable resonator design and careful attention to effects during amplification a single pulse then ejected or dumped from cavity: 1 200:1 100:1 1000:1 jotter 7 misfire rates py61c features separate amplifier provide maximum output energies it looks like there are components missing inside. You'll find the PY60 series is a high performance, easy to use, economical and compact solid-state laser. Cavity dumping for high peak energy and easy of use. The traditional and well proven Continuum three-graphite-rod resonator structure maintains alignment of key optical components assures excellent stability laser cavity.
In the py61, both oscillator and amplifier are pumped by same flash lamp this mu clue design brings you power of an amplified system with a reduction cost complexity. The PY60 series employs this same form of mode-locking but, in addition, uses cavity dumping to extract a pulse.
The py61 compact power supply conserves space by nestling conveniently under your optical bench or a table. With q-switching 5 dye. At this level, pulses require only a single pass through the amplifier to achieve energies comparable typical oscillator double-amplifier systems. Two dyes, q-switching 1 and 5, are available as the passive mode-locking medium, providing pulse width s of 40 25 spec respectively.
The pickle cell is triggered by a photo diode which senses intensity build-up inside cavity. Continuum was the host to commercialize active passive mode-locking with short pulse capability of. As a result the spatial profile of output pulse has minimal modulation and beam divergence is less than with respect to external trigger.
Continuum oscillator PY61-10 PY60 pulsed nd yag laser no way to test. Standard features include the misfit driven capacitor charging and all simmered flash lamp circuitry for long term reliability an optional Baden steerable absorbed between oscillator amplifier increases signal-to-noise ratio beyond 100:1 at 1064 NM. With q-switching 1 dye. See photos.