ANSI Z136.3 Improves User and Patient Safety in Health Care

With more therapeutic procedures moving into private medical offices and homes, the standard regulating the safe use of lasers in health care ensures that users, as well as patients, are protected.

The ANSI Z136.3 Safe Use of Lasers in Health Care publication defines the parameters of proper laser use outside the tightly regulated hospital environment and includes guidelines and information on:

  • Wavelengths employed in medical environments
  • The duties of laser safety officers involved with rented or borrowed laser equipment
  • Audit requirements and procedures
  • Clinically relevant terminology

The comprehensive ANSI Z136.3 standard addresses everything from laser systems hazard classification, to protective equipment, to non-beam hazards and room design. One of nine ANSI Z136 laser safety standards in use, the ANSI Z136.3 standard serves to “acknowledge the diversity of laser therapy applications and practice setting locations,” according to Peter Baker, LIA’s executive director. Continue reading

LIA – 45 Years Preparing You for the Demands of Laser Safety

By Geoff Giordano

The presence of so many attendees wearing red Certified Laser Safety Officer (CLSO®) and Certified Medical Laser Safety Officer (CMLSO®) ribbons at the International Laser Safety Conference (ILSC®) in Orlando, served as a clear indicator that the ranks of laser safety professionals are growing. And their job is going to be increasingly demanding as photonics expand into more advanced applications in aviation, energy, medicine, defense and manufacturing.

“We train about 1,000 laser safety officers a year,” noted LIA Education Director Gus Anibarro. But that’s just the tip of the iceberg when considering the enormity of the task ahead for companies and research facilities making an intensive use of lasers and trying to ensure the safety of their personnel. 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medicine during the past 20 years, the perception that the medical laser is a “tool in search of an application” is out of date.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

The Revised ANSI Z136.3 Standard is Here!

ORLANDO, FL, Jan. 23, 2012 — In response to the extensive adoption of lasers for medical procedures, the Laser Institute of America announces a significantly updated guideline for the use of such devices beyond the highly regulated hospital environment.

The revised “ANSI Z136.3 Safe Use of Lasers in Health Care” publication defines the parameters of safe laser use in clinical, hospital, dentistry and veterinary facilities. The revision released this month includes new guidelines and information on:

• Wavelengths employed in medical environments.

• The duties of laser safety officers involved with rented or borrowed laser equipment.

• Audit requirements and procedures.

• Clinically relevant terminology.

Continue reading