
( Brand: English Electric Valve ), ( Part Type: Linear Pump Laser Rod ), ( Country/region Of Manufacture: United Kingdom )
Experience the pinnacle of laser technology with our High-Energy Pulsed Linear Flashlamp Pump Glass Ruby Laser Rods. This exceptional product, identified by the model number 615-10-6.5, is meticulously designed for high-performance applications, offering a remarkable blend of power, precision, and durability.
Crafted from premium quality glass, these laser rods are engineered to withstand the intense pulsed energy emitted by the high-performance flashlamp. The 615-10-6.5mm dimensions ensure a precise fit in your laser system, while the 6.5mm diameter guarantees efficient heat dissipation for consistent performance over time.
The laser rods are doped with rare, high-quality ruby crystals, which, when activated by the flashlamp, emit a powerful and coherent beam of red light. This light is ideal for a wide range of applications, from material processing and medical treatments to defense and scientific research.
One of the standout features of these laser rods is the inclusion of an English Electric Valve XL. This advanced valve system offers precise control over the flashlamp's energy output, ensuring optimal performance and longevity of the ruby crystal. The XL valve provides a larger flow capacity, enabling the laser system to deliver higher energy pulses when required, making it an excellent choice for demanding applications.
In conclusion, our 615-10-6.5mm High-Energy Pulsed Linear Flashlamp Pump Glass Ruby Laser Rods with English Electric Valve XL represent a significant leap forward in laser technology. They offer unparalleled performance, precise control, and long-term reliability, making them an invaluable asset for professionals in a wide range of industries. Upgrade your laser system today with our premium quality 615-10-6.5mm Ruby Laser Rods.
1. High-Energy: This product is designed to deliver a high level of energy, making it suitable for various laser applications that require significant power.
2. Pulsed Linear Flashlamp Pump: This technology provides efficient energy transfer to the ruby crystal, ensuring good laser output.
3. Glass Ruby Laser Rods: Glass rods are known for their durability and resistance to thermal shock, increasing the lifespan of the laser.
4. English Electric Valve XL: This valve ensures precise control over the laser pulse duration, which is crucial for achieving optimal results in many applications.
5. English Manufacturing: The product is manufactured in England, which may offer some assurance of quality and after-sales service.
Cons:1. Cost: High-energy pulsed linear flashlamp pump glass ruby laser rods are typically more expensive than other types of laser rods due to the technology and materials involved.
2. Complexity: The technology used in these laser rods can be complex, which may require a higher level of expertise to operate and maintain the equipment.
3. Size: The XL valve and the overall size of the laser rod may make it less suitable for compact or portable applications.
4. Availability of Spare Parts: Given the specialty nature of the product, spare parts may be harder to find or more expensive to purchase.
Conclusion:The 615-10-6.5 High-Energy Pulsed Linear Flashlamp Pump Glass Ruby Laser Rods with English Electric Valve XL is a high-performance product suitable for various applications that require significant power. However, its complexity, size, and cost may make it less suitable for some users, particularly those operating on a tight budget or with limited expertise.
Recommendation:If you are in need of a high-power laser for your applications and have the necessary expertise, the 615-10-6.5 High-Energy Pulsed Linear Flashlamp Pump Glass Ruby Laser Rods with English Electric Valve XL could be a great investment. However, if you are new to laser technology or working with a limited budget, it might be worth considering less complex and more affordable options before making your final decision.
The linear design assures best pump efficiency in an elliptical pumping chamber, ideal for a large laser rod oscillator or amplifier. New, never used, in its original plastic bag, opened picture the closest such lamp for comparison is VAX typical operating regime: capacitor c uf micro farad coil inductance l uh nominal storage dc voltage v0 1,750 v stored energy e0 1,300 j pulse duration t1 3 1,000 us expected lifetime no. Total length with electrodes: 247mm picture x 165 length , ideally should match the laser rod size. Good for rods of 9mm - 14 DOA.
Of pulses ceca. 10,000 pulses lifetime: Max 1,700 j. They might have very little effect on lamps output performances. Although the technology of seals between electrodes and fused silica envelope is different at Eve from verier ET quartz, operating characteristics can be considered similar, least as a first approximation.
And 150mm length . Typical explosion energy for critically damped TLC circuit, 1,000 us pulse duration, and few pulses lifetime: ex 5,200 j.The whole lot of these new, unused flashlamp made in 70' picture 5, shows here and there, on quartz tube, some small shadows or darken dots, perhaps as a result not perfect quality tube which was used during manufacturing process lamps.
Outer diameter: 12mm. The following charging discharge circuit data are for a similar size flashcube made by verier ET quartz, France, due to unavailability of Eve flashlamp catalog that time see flashlamp-VW. Vintage early years 70', pulsed xenon - filled, high energy, low repetition frequency, linear flashlamp to pump nd:glass or ruby laser rods, type xl typical trigger voltage : 19 JV 22. Power in open air: 450 w max.
The electrodes are polarized, anode is shiny one, marked in red picture 2, cathode grey with a granulated-surface appearance power water: 3,000 w. Operating dc voltage v0 v - 2,250. 5, made by English Electric Valve Eve, now e2v technologies, UK. Discharge dimensions: 10mm DOA.
Safe operating energy for critically damped TLC circuit, 1,000 us microsecond pulse duration, and min.