LaserCoil Technologies LLC – January’s Featured Corporate Member

LaserCoil Technologies LLC, based in Napoleon, Ohio, launched in 2011 with a new approach to laser blanking from coil stock. The innovative technology went through over three years of developmental research and planning at the Automatic Feed Company (AFCO), an organization known for pressroom automation with nearly 65-years of manufacturing expertise focused on metal blanking.

The company received its first order in 2013 and soon thereafter established its 12,000-sq. ft. technical center. The center houses a coil-fed laser blanking system, which can handle 30-ton coils and serves as the technical development center for the company. It is also capable of running prototype parts and low volume production.

Lasers provide an excellent solution to the difficulties faced when stamping high-strength steels. Laser blanking eliminates both the potential need for a larger press to cut high strength materials and the edge fracturing problems that often occur when working with lightweight materials. The company also uses lasers because they do not wear down like other production tools.

LaserCoil Facility, Courtesy of LaserCoil Technologies LLC

Their first product on the market was the LaserCoil coil-fed, single-head laser cutting system which featured patented technologies that enabled laser cutting of blanks direct from coil in aluminum, steel and other sensitive materials.

Today, they offer both single- and multi- head laser blanking systems with automated LaserCoil CAM™ software, the company’s automated programming software to guide users with nesting, cutting and recipe management. Their high-tech machines yield rates that make laser-cutting blanks a feasible alternative to traditional stamping.

“We’ve achieved real-world results that prove the value of this first LaserCoil CAM release,” said Scott Sonnenberg, LaserCoil director of mechanical engineering/product development. “This software provides our customers a single interface to help reduce programming time and scrap rates, as well as improve their throughput and yield.”

LaserCoil Facility, Courtesy of LaserCoil Technologies LLC

LaserCoil CAM was created to enable less experienced system operators the ability to quickly create an optimized program. LaserCoil CAM starts by importing the user’s blank profile CAD file. Then, the user can have the software to select the best coil from multiple coils in inventory, create the best nest for a specific coil width, or permit the program to specify the optimum coil width based upon part yield.

“Creating nesting and cutting programs is a time-intensive process requiring a skilled technician,” said LaserCoil Chief Technology Officer Jay Finn. “LaserCoil CAM takes only minutes from the importing of CAD files to active cutting of a simple blank. To illustrate its efficiency, imagine if you could design and machine a blanking die for a complex part in less than 30 minutes, rather than months.”

LaserCoil Technologies, an LIA corporate member, is motivated to continue developing innovative features for the Laser Blanking process. They have developed a flexible tool in the blanking market that can begin producing blanks within minutes. Because of programing and the ability to operate the line in several different modes, it can offer solutions to new manufacturing challenges.

For more information, visit: www.lasercoil.com


This Corporate Member Feature was written by Brandon Kalloo in collaboration with LaserCoil.

Weekly Lasers Wrap Up – Week of January 9th, 2017

The Laser Institute of America LasersToday.com Weekly Wrap-Up aggregates industry news, conference updates, and LIA happenings.

Here is the latest:

Courtesy: Laser Systems EUROPE

Laser Industry News

Medical indwelling catheters, implanted into the body for up to three months at a time, tend to be prone to infections. A multi-discipline study is aiming to develop an optic-fiber delivered UV and Violet light-based therapy, in an effort to reduce the chance of catheter-related infections. Learn more about the study here.

Trumpf and Siemens have partnered up to help industrialize laser metal fusion technology, in an effort to make additive manufacturing of metal parts an essential part of production processes. The two companies will work together to develop a software solution for the design of 3D printed parts. Get the details here.


LIA Updates

Laser Safety Officers (LSOs) hold a significant amount of responsibility in their position. Online training through LIA can help boost your credibility as an LSO. Through online training, LSOs are more familiar with ANSI standards, are able to pass along knowledge to peers and colleagues, and are equipped to develop a Laser Safety Program. Learn more about how LSOs may benefit from online training through LIA here.


Conference News

The advance program for the Laser Additive Manufacturing Workshop (LAM®) is now available! With a detailed list of the planned sessions and presentations for this year’s workshop, you can plan your visit to LAM® 2017, with ease. Find the program here.

LAM® will take place February 21-22, 2017 in Houston, Texas. For information on location, registration, and conference details, please visit https://www.lia.org/conferences/lam.

Don’t miss a single laser industry update! Sign up today to receive the latest in lasers delivered straight to your inbox. Be sure to follow LIA on Facebook and Twitter for even more laser news.

The Laser Institute of America (LIA) is the international society for laser applications and safety. Our mission is to foster lasers, laser applications, and laser safety worldwide. Find us at www.lia.org

Weekly Lasers Wrap Up – Week of December 12, 2016

The Laser Institute of America LasersToday.com Weekly Wrap-Up aggregates industry news, conference updates, and LIA happenings. Here is the latest:

Laser Industry News

Mitsui Seiki USA, Inc. unveiled new machining technology at IMTS 2016, which successfully combines additive and subtractive manufacturing technology. The machining tool, known as Vertex 55X-HA, combines a traditional CNC vertical machining center with a laser direct energy deposition/ powder feed nozzle. For more on Vertex 55X-HA and what Mitsui Seiki has planned for hybrid manufacturing technology, check out the full post here.

Computer simulations in which lasers of varying wavelengths are aimed at bacterial colonies in gum tissue reveal a potential solution to dental health problems caused by these colonies. In the simulations, the photonic energy is absorbed by the pathogens, rather than the gum tissues. For more on this research, find the full article here.

LIA Updates

A new and improved Laser Institute of America website is under development and will launch in early 2017. New features will include a members-only access area, improved search capabilities for LIA’s technical archives, free downloadable educational resources, improved international support, and more! Find the official press release here.

This week, LIA formally announced the 2017 Elected Officers, Board, and Fellow Award Recipients. 2017’s Elected Officers are Secretary Dr. Minlin Zhong, Treasurer Gilbert Haas, and President-Elect Milan Brandt. The 2017-2018 board includes Eckhard Beyer, Robert Braunschweig, Corey Dunskey, Lucian Hand, Tracey Johnson, Dr. Markus Kogel-Hollacher, John Lopez, Reinhart Poprawe, Michael Schmidt, Bill Shiner, and Robert Thomas. LIA is also excited to announce that the recipients of the 2017 LIA Fellow Award are Neil Ball and Silke Pflueger. For more information, find the official press release here.

This week, LIA attended the 2016 Power Engineering Conference. Check the LIA Twitter page @laserinstitute for updates from the event.

Conference News

The Biennial International Laser Safety Conference (ILSC® 2017) will take place March 20-23 in Atlanta, Georgia. ILSC® unites laser safety professionals from around the world to discuss all aspects of laser safety. This year’s conference will be chaired by John O’ Hagan of Public Health England and will feature three tracks: Laser Safety Scientific Sessions (LSSS), Medical Practical Applications Sessions (MPAS), and Technical Practical Applications Sessions (TPAS). For more on ILSC® find the full press release here.

Registration for ILSC® 2017 is now open. For more information, please visit the ILSC® 2017 page.

Don’t miss a single laser industry update! Sign up today to receive the latest in lasers delivered straight to your inbox. Be sure to follow LIA on Facebook and Twitter for even more laser news.

The Laser Institute of America (LIA) is the international society for laser applications and safety. Our mission is to foster lasers, laser applications, and laser safety worldwide. Find us at www.lia.org

ILSC 2017: The Source for Laser Safety Updates

FOR IMMEDIATE RELEASE 

December 16, 2016 – Orlando, FL—The 2017 installment of LIA’s biennial International Laser Safety Conference (ILSC®) will take place March 20-23, in Atlanta, Georgia. Laser safety professionals from around the globe will gather to discuss all aspects of laser safety, from bioeffects research to control hazards to best practices for the Laser Safety Officer (LSO).

The conference will be chaired by John O’Hagan with Public Health England. Following the traditions of previous years, ILSC 2017 will feature presentations in three tracks: Laser Safety Scientific Sessions (LSSS), Medical Practical Applications Seminar (MPAS) and Technical Practical Applications Seminar (TPAS).

Karl Schulmeister, Chair for LSSS, assures that ILSC will continue to cover the subject matter that attendees have found most helpful over the years. The topics include laser product safety and bioeffects. The interactions between lasers and tissues as well as injury thresholds for the varying tissues of the eye and skin will be reviewed. Other sessions will focus on eyewear, outdoor lasers, high power lasers, materials processing and broadband incoherent radiation.

Certified Medical Laser Safety Officers (CMLSOs) Vangie Dennis, Patti Owens, Leslie Pollard, along with Kay Ball will lead the MPAS subtitled “Laser Safety: More than Smoke and Mirrors”.

“ILSC 2017 offers learning and networking opportunities to help healthcare professionals meet the challenges of laser technology,” said Ball. “Advancements and exciting new information will be highlighted, while experts will be able to share their knowledge and experiences.”

Owens includes “that day one would include pertinent information regarding the hazards of surgical smoke and plume.” “The latest research will be presented”, said Owens. “Analyzing the toxicity of surgical plume, the impact of chronic exposure to

“The latest research will be presented”, said Owens. “Analyzing the toxicity of surgical plume, the impact of chronic exposure to second hand smoke, recommended respiratory protection, new international initiatives and organizations, along with future legislation for management of this health hazard.”

“The second stimulating day will focus on management of collimated medical devices with exciting lectures addressing new applications of innovative laser technology, retinal and corneal injuries from exposure to lasers and Intense Pulsed Light, veterinary utilization of medical laser devices, Low Level Light therapy and PDT.  Also, the role of the laser safety officer and how to produce positive safety outcomes for both staff and patient will be explored.”

Not to be outdone by their counterparts, co-chairs Certified Laser Safety Officers (CLSOs) Eddie Ciprazo and Jamie King’s theme for the TPAS is “Back to the Basics – Laser Safety 101”.

With something at this event for everyone regardless of their experience level, King notes that both senior and novice Laser Safety Officers (LSOs) will leave with valuable knowledge because of the variety of material that will be covered.

“From basic optics to cutting edge technologies and everything in between,” said King. “It’s here.”

TPAS will provide a full toolbox of information for every LSO in attendance. Wednesday morning kicks off with “So you are the LSO, now what?” and closes Thursday with “Resources for the LSO, don’t reinvent the wheel”.  A first for the conference as well as TPAS, an open forum panel discussion with the FDA is sure to be of interest.

From LSOs and nurses, to safety product manufacturers and laser physicists, attendees will gain invaluable information from sessions and have the opportunity to network with others as a part of the laser safety experts community.

Registration for ILSC 2017 is open now. To learn more and register, please visit https://www.lia.org/conferences/ilsc.

About LIA

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. www.lia.org , 13501 Ingenuity Drive, Ste 128, Orlando, FL 32826, +1.407.380.1553

 

 

 

 

Using Direct Metal Sintering to Fight Bacteria in Implants

Could adding antibacterial agents to the additive manufacturing process lead to safer medical implants?

Direct Metal Sintering is used to create titanium implants for dental and orthopedic use. 3D modeling allows manufacturers to determine the porosity and surface roughness of the implant for medical use. Titanium and titanium alloys are preferred in the medical field due to their biocompatibility and other properties that cause minimal disruptions within the body.

However, the rough surfaces can often lead to breeding grounds for bacteria, and by extension, biofilm in the implants. This can lead to infection or unwanted cell adhesion. These infections can cause implants to come loose or even detach. While measures are taken to prevent these infections, bacteria is still commonly present within an implant. Over time, bacterial colonization leads to the creation of a biofilm, which makes it more difficult to fight and remove the bacteria from within the implant.

To combat this, researchers determined that preventing the spread of bacteria would have to come from within the implant, or rather, with antibacterial coatings on the surface of the implant. This poses a unique challenge, as antibacterial agents used would have to be both compatible with the titanium and titanium alloys, and nontoxic to the patient receiving the implant. Utilizing a novel phase-transited lysosome, with a variable thickness, combined with three layers of negatively charged hyaluronic acid and positively charged chitosan, researchers believed they could prevent the formation of the biofilms by including these within the direct metal sintering process.

The results show that the method (phase transited lysosome-functionalized Direct Metal Laser Sintering Titanium, or PTL-DMLS-Ti)  can help prevent the early onset of bacterial presence in the implant, while still retaining its function and compatibility with the body. The findings are expected to gain interest within the medical field, with potential for additional applications in the future. Check out the full report here, for more information.

Interested in learning more about direct metal sintering and other additive manufacturing practices? Be sure to register for LAM, taking place February 21-22, in Houston, Texas. Don’t miss a single laser industry update, visit Lasers Today and sign up to receive the latest in lasers delivered directly to your inbox.

The Laser Institute of America (LIA) is the international society for laser applications and safety. Our mission is to foster lasers, laser applications, and laser safety worldwide.