LIA’s Newest Standard – Z136.2 Safe Use of Optical Fiber Communication Systems Utilizing Laser Diode and LED Sources

Microsoft Word - Z136_2 Draft v8_BarbORLANDO, FL, Feb. 28, 2013 — With the exponential growth of fiber-optic telecommunications comes the need for well-trained installation and service personnel. Guiding those employees will be the new ANSI Z136.2 laser safety standard, available from the Laser Institute of America.

The release of the standard, timed to coincide with the annual meeting of the Z136 committee March 17 in Orlando, has been more than 10 years in the making.

“Fiber is going everywhere now,” says Ron Petersen, who spearheaded the team that crafted the guidelines. “With (Verizon) Fios and numerous other systems, and now even for going back and forth between base stations for the switch for cellular telephone, it is being used for absolutely everything.”

Since the early ‘90s, the technology “has evolved from a visionary laboratory technology to a mature industry standard for telecommunication transport,” notes Paul Testagrossa, secretary of the Z136.2 subcommittee and an engineer with Alcatel-Lucent. “This has been made possible with smaller, more powerful laser sources and trends to single-mode from multimode fiber. This has led to more hazard concerns (due to the) higher energy and higher power density associated with these systems.” Continue reading

ILSC 2013: Experience the World’s Leading Laser Safety Conference

By Geoff Giordano

For four days in March, the Laser Institute of America’s International Laser Safety Conference (ILSC®) in Orlando will be abuzz with a stellar educational program featuring recognized laser safety experts from around the world.

With scientific sessions tailored specifically to everyone from Laser Safety Officers (LSOs) to medical technicians to laser physicists, engineers and safety product manufacturers, ILSC 2013 will feature cutting-edge presentations from some of the biggest names in laser safety.

The conference, to be held March 18-21 at the Doubletree by Hilton® at the entrance to Universal Studios, will be packed wall to wall with the latest information on hazard evaluation and risk assessment, eye protection, non-beam hazards, high-power lasers, medical applications, bioeffects and more. Continue reading

Exponential Growth of Medical Laser Applications in the U.S.

By Geoff Giordano

At the second-annual Lasers for Manufacturing Event (LME®) in October, past LIA President David Belforte gave a riveting account of some of the more economically robust segments of the laser industry. Ultimately, it was the medical sector that “kept us alive through the recession,” he asserted.

Laser applications in the manufacture of stents, catheters and implantable devices “continue to grow,” Belforte said, noting the value of their respective niches. Continue reading

Use of Lasers in Veterinary Medicine

By Kenneth E. Bartels

With the increased use of lasers in veterinary medicine during the past 20 years, the perception that the medical laser is a “tool in search of an application” is out of date.  Initially, the cost of laser technology for veterinary medicine was a limitation, but this impediment did not prevent wide spread use in general veterinary practice, especially when the advantages overshadowed the disadvantages.  Even considering the required learning curve for efficacious use of a new technology, as well as the attendant safety concerns, the use of surgical lasers in both large and small animal veterinary practice increased based, for the most part, on practitioner implementation rather than from objective peer-reviewed research studies originating at academic institutions. That does not mean results of objective controlled and retrospective studies did not appear in veterinary journals, but much of the enthusiasm was promoted through veterinary magazine-type articles often written by veterinarians supported by specific laser companies marketing to the veterinary profession. In addition, many of the laser medicine continuing education venues at international, national, regional and local professional meetings were, and still are, sponsored by respective laser manufacturers.  Without that positive commercial impact, albeit somewhat subjective at times, use of lasers in veterinary medicine would have most likely been limited to veterinary schools and larger general practices. High power (Class 4) lasers have been the devices that opened the door to more extensive use of the technology in veterinary medicine. Continue reading

Meet the New President and Board of Directors

Klaus Löffler, LIA’s 2013 president, graduated from the University of Stuttgart with a master’s in mechanical engineering. His expertise in lasers extends from resonator design, excitation methods, beam delivery, sensor systems to laser material processing. From 1990 to 1991 he worked on the LaserCAV process at MAHO in Pfronten, Germany. From 1991 to 1995 he worked at TRUMPF Laser Technik in Ditzingen, Germany as a CO2 development engineer. In 1995, he came to TRUMPF Inc. in Farmington, CT, USA. He worked as technical coordinator between TRUMPF in Germany and TRUMPF Inc. to transfer technology and build up technical staff. From 1996 to 2002 he started the TRUMPF Laser Technology Center in Plymouth, MI, USA. In his position as director, he was responsible for the organization, mainly focused in support and sales of all laser products. During this time more than 500 TRUMPF lasers were implemented in North America. From 2002 to 2006 he took over the position as manager of the joining group at Volkswagen. In this position he was responsible for the implementation of more than 500 High Power Lasers into production. This included the application as well as the industrial implementation. Continue reading