About Lindsay (Weaver) Burt

Lindsay (Weaver) Burt is a freelance writer and editor for LIA. She has a degree in journalism from the University of Florida and enjoys working with clients in multiple industries.

Dr. Kay Ball Releases Revision of Lasers – The Perioperative Challenge Through Laser Institute of America

ORLANDO, FL, March 21, 2018 — Published through the Laser Institute of America (LIA), renowned author Dr. Kay Ball has revised her book, Lasers – The Perioperative Challenge, to provide updated laser technology information to healthcare professionals. This is the fourth edition; the first was published in 1990, and Dr. Ball notes that much has evolved in the laser world since then.

“Dr. Ball’s book is an excellent read for medical personnel who are new to the use of lasers in medicine and wish to get a comprehensive understanding of lasers used in surgery and other areas outside of the OR. The book is written with the reader in mind and the information is easily understood,” said Gus Anibarro, LIA’s Education Director.

While writing this edition of her book, Dr. Ball focused on evidence from research and published articles on laser procedure applications and outcomes. Since she also travels the world to present laser technology, she included personal clinical experience and addressed common questions she receives from practitioners worldwide.

“Lasers: The Perioperative Challenge takes a complex technology and simplifies it for ready access by nurses, physicians, risk managers, and other healthcare providers. It offers valuable information on how to apply current standards and guidelines for a laser-safe environment,” said Dr. Ball. “I updated the book because there’s such a lack of comprehensive books on the market that address all aspects of laser technology in healthcare.”

The book highlights laser research and applications while incorporating current laser standards and guidelines. Sample laser safety policies provide templates for writing policies and procedures for the clinical environment.

“Everyone needs a really good reference or resource—especially if you’re just beginning your laser services,” said Vangie Dennis, who helped review the book and is the Executive Director of Perioperative Services for WellStar Atlanta Medical Center and Atlanta Medical Center South located in the metropolitan area of Atlanta. “It’s a really great product. It’s the ‘Alexander’ of the operating room—except for lasers.”

Within its 410 pages, the book contains more than 300 illustrations and graphics that are intended to deepen the reader’s understanding of foundational physics, safety, and administrative aspects. There is also an extensive glossary that offers an easy reference for laser terminology.

“As new procedures are introduced and accepted, laser safety is the strong foundation upon which practices are based. When safety is the primary cog in the wheel of laser applications, successful outcomes can be evidenced to validate practice changes.  Laser technology continues to advance and mature as safe practices are demonstrated while patients benefit,” said Dr. Ball in the preface of her book.

The 18 chapters are broken up into three sections: “Laser Biophysics, Systems, and Safety,” “Clinical Laser Applications,” and “Administrative Aspects of a Laser Program.”

The cost of the book is $80 for LIA members and $90 for non-members.

“This book is a ‘must’ for all professionals participating in laser surgery and therapy,” said Dr. Ball.

It can be purchased at www.lia.org/store/product/241.

About Laser Institute of America

Laser Institute of America (LIA) is the professional society for laser applications and safety serving the industrial, educational, medical, research and government communities throughout the world since 1968. http://www.lia.org, 13501 Ingenuity Drive, Ste 128, Orlando, FL 32826, +1.407.380.1553.

LIA Prepares to Celebrate 50th Anniversary

In 2018, Laser Institute of America (LIA) will commemorate its 50th year as a professional society dedicated to fostering lasers, laser safety and applications. In 1968, the company was founded by a passionate group of academics consisting of scientists, developers, and engineers who desired to turn the emerging laser world into a valuable and practical industry.

LIA has always believed in the importance of developing a culture of innovation, ingenuity and inspiration within the laser industry. As a professional society, it serves industrial, educational, medical, research and governmental communities internationally.

“We are very excited to launch into LIA’s 50th anniversary,” said Nat Quick, LIA’s executive director. “We want to celebrate this significant milestone and take the opportunity to reintroduce LIA as the face of laser safety and applications.”

In its anniversary year, LIA will update its brand with a new logo and new look for its print and electronic newsletters. Additionally, the association is introducing exclusive LIA gear with the release of its 50th-anniversary pins and shirts.

LIA TODAY, its bi-monthly, full-color print magazine that publishes articles on the latest industry news, will be revamped. Readers can expect a new look for both the print magazine and LIA’s monthly eNewsletter. The new overall appearance will be modernized and consistent with the look and feel of LIA’s newly launched website.

“Our team is looking forward to refreshing the LIA brand,” said Jim Naugle, LIA’s marketing director. “Additionally, we have a number of events planned commemorating advances in laser technology, our history and our valued LIA members.”

LIA has scheduled four conferences/exhibits in 2018 — LAM, LME, Industrial Laser Conference and ICALEO. Special events will take place at each of the conferences/exhibits. Details will be announced on event pages and upcoming issues of LIA TODAY.

With so much to look forward to in the coming year, the company as a whole is grateful to the laser community for its consistent support and contribution. To learn more about LIA and its upcoming celebrations, visit www.lia.org/50years.

As the LIA team reflects on the last five decades, they will develop a timeline marking significant industry-related benchmarks. Once established, this timeline will be available digitally and at conferences throughout the year. You are encouraged to contribute notable events and achievements. For submission details, visit www.lia.org/50years/timeline.

 

Meet IPG Photonics – December’s Featured Corporate Member

As a leader and pioneer in developing and commercializing fiber lasers, IPG Photonics’ diverse lines of low, medium, and high-power lasers and amplifiers are displacing traditional technologies in many current applications. Their lasers and amplifiers reach into numerous markets, including materials processing, communications, entertainment, medicine, and biotechnology.

Founded in Russia in 1991 by physicist Valentin P. Gapontsev, Ph.D., IPG originally produced and sold customized glass and crystal lasers, laser components, and wireless temperature meters for hyperthermia. In 1992, the company began to focus on the development of high-power fiber lasers and amplifiers.

IPG landed its first major contract with Itatel, a telecommunications carrier. The company then won a second major contract with DaimlerBenz Aerospace. In 1994, IPG opened a facility in Germany and established its world headquarters in the U.S. in 1998. In 2000, the company invested in new high-capacity production facilities in the U.S. to manufacture its own diode pumps—a major component of its fiber lasers and amplifiers. The company went public in 2006 and is listed on the NASDAQ Global Select Market as IPGP.

With more than 4,000 employees today, IPG has local sales and service in more than 20 countries worldwide. Its three major manufacturing sites are currently located in the U.S., Germany, and Russia.

IPG’s vertically integrated development and manufacturing abilities allow the company to meet customer requirements, accelerate development, manage costs, and improve yields. The company is able to produce all critical components for its lasers and amplifiers, which it markets to OEMs, system integrators, and end users.

Being the first company to industrialize fiber laser technology, IPG has the broadest array of laser products in the industry. This includes high-power fiber lasers up to 100 kW for materials processing, pulsed fiber lasers for marking and engraving, and fiber lasers covering UV, visible, and mid-IR wavelengths.

Having displaced the traditional CO2 and diode-pumped solid-state technologies as the preferred laser tool for industrial material processing, IPG’s high-power CW fiber laser product line is arguably the most important offered by the company. These lasers are used in the cutting, welding, and drilling of metals within various industries ranging from automotive to aerospace to general manufacturing. Much of this product line’s success can be attributed to IPG’s in-house diode fabrication facility, which accounts for cost reductions.

In the next five years, IPG is looking toward the introduction of cost-effective, high-performance, reliable ultra-fast fiber lasers with a pulse duration in the 100 fsec to 10 psec range. With a higher efficiency, this laser advancement will enable smaller air-cooled packages. The company is also looking toward the expansion of fiber laser technology into the MID-IR wavelengths.

The improved reliability and increased efficiency of high-fiber power lasers as an accepted mainstream industrial tool has led to increase in laser adoption in the automotive industry, a trend that is expected to continue with the push to adopt lightweight materials and electric or battery-driven cars. IPG has monitored these shifts in the industry and will continue to be a leading developer in this area.

IPG Photonics has been a member of LIA since 2002. For more information about the company and its products, visit www.ipgphotonics.com.

This was written by Lindsay Weaver Burt in collaboration with IPG Photonics. 

Registration Now Open for Laser Institute of America’s 2017 ICALEO® Conference

Held from October 22-26 in Atlanta, ICALEO® 2017 attendees will review state-of-the art updates in laser materials processing and predict where the future will lead

FOR IMMEDIATE RELEASE 

ORLANDO, FL — Laser Institute of America (LIA), the professional society for lasers, laser applications and laser safety worldwide, announces that registration is now open for the 2017 International Congress on Applications of Lasers & Electro-Optics (ICALEO®) Conference.

Held this year from October 22-26 at the Sheraton Atlanta Hotel in Atlanta, Georgia, the 36th edition of the conference continues its legacy as the leading source of technical information in the laser industry, dedicated to the field of laser materials processing. The conference allows researchers and end-users to meet and review the best in the business, while presenters at the conference will be given the opportunity to have their technical papers peer-reviewed.

The blind peer-review panel will focus on the quality, relevance, and significance of the research and findings. Selected papers will be recognized in the ICALEO 2017 Congress Proceedings and subsequently published in the Journal of Laser Applications (JLA).

Each year, ICALEO attracts more than 200 companies and organizations from more than 30 countries. With more than 20 vendors currently scheduled for this year’s conference, LIA’s unique Laser Industry Vendor Program allows vendors and attendees the opportunity to discuss the latest equipment and applications in a low-key setting after the technical sessions. With no conflicting session scheduled during this time slot, participants can commit their full attention to vendors.

ICALEO also offers sponsorship opportunities, acknowledging sponsors through onsite signage, visibility on the website, and inclusion in the distributed program. Attendees will have the opportunity to experience the most-current products and services from the leading industry exhibitors and sponsors, including those listed below:

  • Platinum sponsor: IPG Photonics Corporation
  • Gold sponsors: EdgeWave GmbH Innovative Laser Solutions, SPI Lasers, TRUMPF Inc.
  • Silver sponsors: Laserline Inc., Light Conversion Ltd., Lumentum, Spectra-Physics, A Newport Company

This year’s conference chair members include:

  • Congress General Chair: Christoph Leyens, Fraunhofer IWS
  • Laser Materials Processing Co-Chair: Klaus Kleine, Coherent Inc.
  • Laser Materials Processing Co-Chair: Friedhelm Dorsch, TRUMPF Laser- und Systemtechnik GmbH
  • Laser Microprocessing Co-Chair: Michelle Stock, mlstock consulting
  • Laser Microprocessing Co-Chair: Cather Simpson, University of Auckland
  • Nanomanufacturing Conference Chair: Yongfeng Lu, University of Nebraska-Lincoln

In keeping with tradition, the 2017 edition of ICALEO brings together academics and laser industry professionals and allows them a space to discuss the advancement of laser technology and encourage its successful reach into the future.

To register for ICALEO 2017, visit www.icaleo.org.

Meet Precision Laser Scanning, LLC – July’s Featured Corporate Member

By Lindsay Weaver

A company known for its high-speed polygon scanners and expertise, Precision Laser Scanning, LLC was founded by George Helser in 2015. Helser has more than 25 years of experience in optics, including one patent, and 11 years of experience with high-speed polygon scanners.

Meet Precision Laser Scanning – LIA’s Featured Corporate Member for July 2017

Precision Laser Scanning is focused on high-speed laser scanning up to hundreds of meters per second. The company most notably provides polygon scanners and related optics. With today’s fastest Ultrafast / Ultra-Short-Pulse lasers, polygon scanners are the solution for reaching the full potential of the lasers. The company also manufactures advanced controllers and SOS detection systems. They import the highest-quality beam shapers, compact beam expanders, and F-Theta lenses from Germany and Japan to supply along with their polygon scanners.

Recently, the company introduced a unique IR detection glass (HI POWER – IR VIEWER), which is a virtual visualization tool useful to anyone who works with high-power 1064 nm beams. With a damage threshold of 100 W/mm2, it converts 900-1070 nm to green visible light. Since the glass contains imbedded nanocrystals, it is very durable and passes 80 percent of the beam. It can therefore be permanently installed in an operating system to verify operation, and it is superior to opaque laser-detection cards.

Recently, the company introduced a unique IR detection glass (HI POWER – IR VIEWER), which is a virtual visualization tool useful to anyone who works with high-power 1064 nm beams.

Located in Scottsdale, AZ, Precision Laser Scanning is comprised of five employees with more than 40 years of combined experience in laser scanning. Helser compares their business model to that of Apple in that they invent new technology, design products, and market them.

The most valuable service the company offers is the ability to educate customers on the implementation of high-speed polygon scanner technology to achieve up to hundreds of meters per second. Since polygon scanning operates much differently than traditional galvanometer scanning, customers benefit from the experience offered by the company and are therefore able to bring high-speed Polygon Scan Heads to market quickly.

Helser says the company as a whole is most proud of its worldwide reputation in the industry. As subject-matter experts in polygon scanner design and implementation, he truly believes their customers receive the most competent advice during the design, implementation, and production of their Polygon Scan Heads. Polygon scanners were originally developed for laser printers and copiers 40 years ago, but Precision Laser Scanning is re-inventing them for material processing and equipping customers with the knowledge to implement the improved technology.

Eagle Eye Polygon Scanner

Because of the company’s focus on high-speed laser scanning for material processing, Helser appreciates the focus that the Laser Institute of America (LIA) places on material processing as well. He notes that LIA excels at laser safety training and regularly brings together like-minded individuals at the conferences. As a member of LIA since 2012, Precision Laser Scanning has participated in every ICALEO conference held since joining. ICALEO is the leading international event to attend for learning about the latest research in the field and networking with experts from all over the world.

“Anyone interested in the latest advances in material processing will find it very worthwhile to attend the annual ICALEO conference,” Helser said. “As President of Precision Laser Scanning, ICALEO helps me to guide our customers doing material science and to position our company to provide solutions for the latest applications.”

For more information about Precision Laser Scanning, visit www.precisionlaserscanning.com.

This Corporate Member Profile was written by LIA Writer Lindsay Weaver in cooperation with Precision Laser Scanning.