Ophir expands its 1-micron optics production capabilities in Romania – answering a continuous increase in the demand for 1-micron optics, Ophir is constantly investing in the expansion of its fiber optics plant in Romania. Running automated tools, advanced grinding, polishing and coating machines, and featuring a 10000 class level clean room used during the inspection and packing process, the plant supplies in high volume the ultimate Ophir optics 1-micron portfolio today. This portfolio includes UV-grade Fused Silica Focusing and Collimator Lenses, as well as Protective Windows, for the main Fiber, Disk and YAG 1-micron laser brands.
Ophir 1-micron optics delivers the best performance for 1-micron lasers, thanks to ultra-low absorption material (<100 ppm at 1.03-1.08 microns), tight focal length tolerances (±0.5%) and a laser-damage threshold >10J.
With 2014 ending and 2015 starting, it is a good time to reflect on the year that has passed and look ahead to the year which is starting. Total worldwide laser revenue grew 6.5% in 2014 to $9.2 billion, which is a quite strong gain overall, despite the fact that prices of many laser types continue to drop.
There was not a single region or laser type which accounted for much of the gain (with the possible exception of fiber lasers, which had a great year), but rather 2014 was strong due to the lack of any significantly bad areas or segments. Europe recovered somewhat from a very weak 2013, and China, a large consumer of lasers, was relatively strong, as was most of the rest of Asia. If there was one region that was a bit weaker, it was North America, where decreased R&D budgets have taken a toll, but overall, even North America was respectable in 2014.
A stressed Focusing Lens can cause expensive damage.
A stressed lens will acquire a darkened appearance with a sort of starbust pattern visible in it.
Intracavity Mirror Coating
Ophir Optronics Ltd. has announced that the CO2 Laser Optics Div. of its Optics Group has developed an MMR-P intracavity mirror coating for use in high-power CO2 laser systems based on multimirror-cavity optics. The company says that the coating maximizes reflection (>99.90% for S-Pol), improves performance, protects highly sensitive mirror surfaces and prolongs product life. The OEM-approved coating provides good P reflection (>99.80%) and total random reflection (>99.85%) and is suitable for Cu and Si mirrors. It is ultraviolet-resistant and allows for a phase-shift tolerance of ±2 at 45° and >70% reflection for 630 to 670 nm, for good cutting and cleaning capabilities. It can be used as a total reflector or as a zero-phase-shift total reflector and can be applied to a level-changing mirror in two-tiered resonator systems.
Protegge gli specchi e migliora la qualita di taglio
Un'importante innovazione e stata annunciate da Ophir Optronics, Azienda storica del settor della precisione ottica.
Clear Magic is an ultra-low-absorption lens with a coating transparent to visible light. The coating allows beams from helium-neon lasers to be seen on the workpiece, while polarizing filters help to detect thermally induced stress.
It is available in 1.5 and 2 in. diameters for most popular OEM systems.
Ophir Optronics CO2 Optics Group,
There are three important features every laser system's lens should have: longevity, an easy-to-clean coating for durability and low heat absorption.
But few lens manufacturers have lenses that offer all three. When laser start approaching power levels of 4 kW and higher, a lens' low heat absorption is critical to its lifespan. Thermally induced stress from the heat can crack or even shatter the lens.
Ophir Optronics Ltd. (Jerusalem, Israel; www.ophiropt.com) CO2 Optics Group has developed an ultra-low absorption lens called Clear Magic, as a complement to its Black Magic lens. Clear Magic features the same unique characteristics of its Black Magic counterpart while providing the benefits of a coating transparent to visible light. The new lens uses the same top layer as Black Magic, which offers superior cleaning properties and scratch resistance. Its transparent coating allows HeNe beams to be seen on the workpiece, while polarizing filters help to detect thermally induced stress. Clear Magic is available in 1.5 and 2 in. diameters for most popular OEM systems.
LASER LENS Manufacturer: Ophir Optronics Ltd. Ophir Optronics Ltd.’s CO2 Optics Group has developed an ultralow-absorption lens for high-power CO2 laser systems. Clear Magic’s transparent coating enables HeNe beams to be seen on the workpiece, and polarizing filters help to detect thermally induced stress. Available in 1.5- and 2-in. diameters, the ZnSe lens delivers a maximum absorption level of 0.13%. Features include scratch resistance, focus stability, durability and good cleaning properties.
Ultra-Low Absorption Lens Ophir Optronics has developed an ultra-low absorption lens called Clear Magic, as a complement to its Black Magic lens known for its high durability and long life expectancy. Clear Magic features the same unique characteristics of its Black Magic counterpart while providing the benefits of a coating transparent to visible light. The new lens uses the same top layer as Black Magic which offers superior cleaning properties and scratch resistance. Its transparent coating allows HeNe beams to be seen on the workpiece, while polarizing filters help to detect thermally-induced stress. Clear Magic is available in 1.5" and 2" diameters for most popular OEM systems.
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Ophir In Focus
Ophir Optronics intends to launch a number of new products in 2009 and predicts a turnover of US$ 100 million this year
Ophir Optronics is a global leader in precision IR optics components and laser measurement equipment. It develops, manufactures and markets Infrared (IR) Optics and Laser Measurement equipment. Its products are world trademarks and based on the most advanced technologies.
Founded in 1976 and publicity traded on the Tel Aviv Stock Exchange since 1991, Ophir Optronics has 570 staff overall-410 in Israel and 160 worldwide. Over 80% of Ophir's direct sales are made outside Israel.
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It’s a kind of magic
The constantly increasing outputs of laser-cutting systems pose a real challenge on the lenses, because in the case of high-output laser beams, a rather low absorption rate is required in order to maintain full and constant process control. Lens makers like Ophir Optronics took on the challenge and have developed lenses that are not only able to cope with the highest available laser outputs, but also have a higher lifespan in comparison with their predecessors, despite the higher outputs.
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New Optics Package
Ophir Optronics recently unveiled the EZ-Pack, what the company is calling the most advanced form of packaging for industrial laser optics.
Composed of Polyethylene Terephthalate (PET), a recyclable plastic widely used in the beverage industry, EZ-Pack is both environmentally-friendly and durable. Due to EZ-Pack design, the lens practically 'floats' within its enclosure, eliminating tha need for wrapping paper and a plastic bag. Because no material comes in contact with the optical surfaces, there is no dirt or loose fibers to contend with and no cleaning is required prior to mounting. Every unit is vacuum-sealed to prevent humidity and extend the lens' shelf-life.
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Laser Optics Packaging
The CO2 Optics Group of Ophir Optronics Ltd. Has introduced EZ-Pack packaging for industrial laser optics.
The packaging is composed of Polyethylene Terephthalate, a recyclable plastic widely used in the beverage industry. The lens practically 'floats' within its enclosure, eliminating the need for wrapping paper and a plastic bag.
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Floating-lens, vacuum-sealed packaging
Ophir Optronics Ltd.’s (Jerusalem, Israel; www.ophiropt.com) CO2 Optics Group has unveiled EZ-Pack, an advanced form of packaging for industrial laser optics. Composed of polyethylene terephthalate (PET), a recyclable plastic widely used in the beverage industry, EZ-Pack is both environmentally friendly and durable. The lens practically “floats” within its enclosure, eliminating the need for wrapping paper and a plastic bag. Because no material comes in contact with the optical surfaces, there is no potential dirt or loose fibers to contend with, and no cleaning is required prior to mounting. Every unit is vacuum-sealed to prevent humidity and extend the lens’ shelf-life. EZ-Pack is now available for standard 1.5-in. dia. laser lenses. Future versions of the product are being planned for other lenses and mirrors sizes.
Ophir Optronics’ CO2 Optics Group Introduces EZ-Pack
The First Floating-Lens, Vacuum-Sealed Packaging For Industrial Laser Optics
Environmentally-friendly packaging minimizes contact with optical surfaces and maximizes shelf-life Jerusalem, Israel, 25 May 2008 – Ophir Optronics Ltd., a global leader in precision IR optics components and laser measurement equipment, announced today that its CO2 Optics Group has unveiled EZ-Pack, the most advanced form of packaging for industrial laser optics.
Canadian industrial Machinery examines the role of the lens in the cutting of Aluminum.
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Balliu MTC nv hereby confirms that Ophir Optronics is an approved supplier of Optic to Balliu.
Don Begneaud, founder of Begneaud Mfg., has an impressive array of 10 lasers that do everything from 2-D flat work to 3-D cutting and welding, along with tube cutting and marking / etching operations. …
A product that has helped Begneaud keep its lasers up and running longer with greater productivity is a lens from Ophir called Black Magic™.
"It's magic: Two consumables that are very important when running a laser are the focusing lens and gases used for cutting. …Ophir's new Black Magic focusing lens gives long life. It averages about 600 hours of use compared to roughly 300 hours to 400 hours with ordinary yellow lenses. A high-power laser puts more demand on critical components, such as mirrors and lenses, resulting in higher lens-replacement costs. The black Magic lens has less absorption of the laser beam than standard lenses, especially important with today's high-wattage lasers. This keeps power at the focal point for cutting, not in heating the lens. Black Magic lenses are made from the highest grade of low-absorption zinc selenide, and its proprietary coating is less sensitive to the heating effects of the laser beam. As a result, the usual thermal response of a lens during use, causing the focal length to move, isn't an issue. The focal length of the black magic lens stays constant."
Thanks to Ophir Optics, in June I had the opportunity to visit Jerusalem where the company's main manufacturing plant is located. Ophir makes the vital lenses and mirrors needed by lasers to focus the light beam and to transit the light. Seeing what it takes to produce a lens was quite fascinating. Ophir starts with a raw piece of zinc selenide, grinds it or turns it to the needed specifications and then coats it with various substances to provide enhanced performance and scratch protection.
There has been a conflict of opinion by laser-optics suppliers about remanufacturing laser focusing lenses for reuse. Ophir Optics Group strongly opposes doing this. Boaz Yaffe, the company's sales and marketing director gives his opinion on why the company won't remanufacture lenses.