Friday, February 27, 2009

New Software from Laser Photonics Makes Information Retrieval More Efficient for Laser Marking

Lake Mary, FL., Laser Photonics announced today a new automation utility for its FiberScan C3 software. Proprietary software used to run its laser marking systems. This new addition allows any machine running FiberScan C3 to retrieve data from an SQL server and make the data available for laser marking activities. Unlike database software used for marking in the past, this utility is unique because the SQL server performs data manipulation on a separate computer away from the laser system itself. During a laser marking cycle of a FiberScan C3 job, the utility can be triggered to run a particular configuration that defines the source location of the SQL server data and the destination server FiberScanC3.

For example, a firearms parts manufacturer will have to laser mark thousands of parts with various information (company, date, serial #), to meet ATF standards. Using this new utility, it only takes a few steps to mark, register and confirm the task.





Process Details:
Step 1: The laser job for the part executesStep 2: The laser job runs to the SQL utilityStep 3: The SQL utility attaches to the ATF database a retrieves the relevant
Step 3: informationStep 4: The laser mark is completed and confirmedStep 5: The laser job runs the SQL utility to confirm the mark. Triggering the SQL
Step 5: Server to reconfigure (updates) the database for the next job to begin.
The SQL commands can be a common “select statement”, execution of an SQL “stored procedure”, or a fully formed “SQL command statement”
This utility is most commonly used with the FiberTower™ Series.


Benefits of SQL Date Retrieval Utility:
• Can be used on any marking application

• SQL Server performs all tasks

• Fully tested on Microsoft SQL Server Express 2005

• Affordable


Laser Photonics is proud of this new utility and is confident it will be an added benefit to anyone who is currently or planning on using FiberScan C3 laser marking system and needing database retrieval software. This utility is now available and for more information please contact Laser Photonics at407-829-2613 or info@laserphotnics.com.

Developing laser marking, laser cutting and laser engraving systems for precision material processing industries, Laser Photonics is leading the way with innovative fiber laser and CO2 laser systems. Our laser machines are used by manufacturers in the automotive, aerospace, industrial, defense, electronic and medical industries around the world. For more info visit http://www.laserphotonics.com/ or call 407-829-2613.

Media Contact:
Maureen McHale
mmchale@laserphotonics.com
407-829-2613 x317

Thursday, February 26, 2009

Announcing 2009 High Powered Sales Expectations and Trends

Lake Mary, FL., February, 2009 – Laser Photonics, the industry leader in developing advanced laser systems for material processing, announced at least a 300% growth in sales of its High Power Fiber Laser Cutting Systems Division, which includes the popular Titan Series, for its 2009 forecast. The company also reaffirms outperforming its 2008 forecast of a 250% increase in high power cutting systems alone. Additionally, Laser Photonics has also recently completed the implementation of its mass production plan, offering its customers the shortest lead times in the industry by shipping from stock.

Preliminary To-Date Sales Trends
· High Power Fiber Laser Cutting Systems growth of +70% annually in north America
· HPFLCS minimum growth of +300% annually
· Approximately 1500 High Power Laser Cutting machines sold in North America annually
· Sheet Metal Fabricators are converting over to Fiber Laser Systems from CO2 Systems

Jeff Cornell, Director of High Power Sales , said, “We look forward to illustrating our global awareness of these systems and continue to build our recognition in North America, led by aggressive direct sales, strategic partnerships, new office locations, and a strong distributor network. We believe that these are the key elements to reach our target market share goals of 5-10%.”

Laser Photonics Sales Expectations Breakdown 2009
Fiber System Wattage Sales Increase

1KW 150%
2KW +80%
3KW-6KW 110%
7KW-9KW + 35%
10KW 350%

Laser Photonics has the largest line of High Power Fiber Laser Cutting Systems. More information along with videos of the systems in action can be found at http://www.laserphotonics.com/. These high powered systems are manufactured in various sizes and powers according to the customers’ specific requirements. The standard tables in the Titan series are 4X8, 5X10, and 2 meters X 4 meters. Their powers range from 500W to the cutting edge, industry changing, 10KW power. These fiber laser cutting systems are ever increasing in worldwide popularity due to the cost saving benefits these systems offer.

Benefits of High Power Fiber Laser Cutting Systems:
* Less Power Consumption (Reducing Energy Costs) * Longer Diode Life (Reducing Maintenance Cost) * The Same Unit Can Cut, Mark, Weld or Drill (Reducing Equipment Costs) * Less Maintenance (No lamps to replace or Mirrors to Clean or Align) * More Compact (Systems Take Up Less Valuable Floor Space) * Easily Upgradable (Can Grow and Change Directly with Your Applications) * Quick Installation and Start Up (Reduce Production Downtime) * Fastest Cutting and Marking Speeds (Increases Production Speed and Output) * Easy Integration (Can Quickly Be Integrated Into Any Production Processes) * No Consumable Gases (Eliminates Expensive Annual Gas Costs

This announcement contains forward-looking statements within the meaning of Section 27A of the Securities Act of 1933, as amended, and Section 21E of the Securities Exchange Act of 1934, as amended. These statements include those identified by such words as may, will, expect, project, anticipate, believe, plan and other similar terminology. These "forward-looking" statements reflect management's current expectations regarding future events and operating and financial performance and are based on currently available data. However, actual results are subject to future events and uncertainties, which could cause actual results to differ from those projected in this announcement. Accordingly, you are cautioned not to place undue reliance on forward-looking statements. For more information about Laser Photonics and its systems, please visit http://www.laserphotonics.com/.
Media Contact:
Maureen McHale
mmchale@laserphotonics.com
407-829-2613 x317

Wednesday, February 25, 2009

Laser Photonics Shipping Standard Units at Record Rates

Laser Photonics, the industry leader in developing high-tech fiber and Co2 laser systems for laser cutting, marking and engraving applications, has finished the implementation of its mass production plan and now offers its customers the shortest lead times in the industry by shipping from stock.

Due to market trends and worldwide demand for short lead times, Laser Photonics has been mass producing its full range of laser equipment since early last year. Plans were set into full motion in July of 2008 to triple production capacity in order to shorten delivery time while lowering the customers over all cost. All that extra effort is paying off now, with customers reaping the benefits.

“With the ability to ship standard models directly from stock, Laser Photonics’ customers can be up and running their new laser marking system in record time,” said Ryan Semmer, Laser Photonics Product Marketing Manager. “We’re making a pledge to our customers to do whatever it takes to get them their new system quickly and at the best price possible. We want lifelong customers and we’ll be here with them for the long haul.”

Laser Photonics full line of standard laser marking systems include the FiberTower™ Series, the new generation of Fiber Laser Material Processing Systems for Direct Parts Marking, UID (Unique Identifier), and Deep Engraving. It is the most advanced, compact, industrial grade, Fiber Laser Marking and Engraving systems available on the market. FiberTower™ series employs the new generation of solid state Ytterbium fiber laser systems of near infrared spectral range (1060-1080nm) with a unique combination of high peak power, ideal beam quality, fiber delivery and highest electro-optical wall-plug efficiency.

The FiberTower™ Series Equipment is safe, compact, and service-free, designed to meet individual marking needs with the ability to mark a wide variety of materials using many different techniques including Direct Parts Marking (DPM) of alphanumeric, logos, serial numbers, part numbers, lot and date codes, schematics, graphics, deep engraving and more. It can be delivered as a stand-alone system that can be integrated into any production line or with full turnkey workstations.

Benefits of a Laser Photonics System
1.) Highest Quality Systems in the Industry
2.) Ship Standard Products within 48 Hours
3.) Leaders in Fiber Laser Technology
4.) Manufactured in the U.S.A.
5.) Inventory Reduction Pricing!

Laser Photonics is the industry leader in developing high-tech fiber and Co2 laser systems for marking, cutting and engraving applications. Our systems are used by manufacturers in the automotive, aerospace, industrial, defense, electronic and medical industries around the world. For more info visit http://www.laserphotonics.com/ or call 407-829-2613.
Media Contact:
Maureen McHale
mmchale@laserphotonics.com
407-829-2613 x317

Tuesday, February 24, 2009

Laser Photonics LLC Awarded Large High Power Fiber Laser Contract from U.S. Government

Laser Photonics, the industry leader in developing high-tech Fiber and Co2 laser systems for laser cutting, marking and engraving applications, has won a bid from a defense sector of the United States government to purchase their first high powered fiber laser cutting system.
Seeking a way to cut armor plating up to 1” thick, the government offered a contract to the company with the best overall solution. Laser Photonics recommended that the government purchase the Titan FLS, a high powered fiber laser cutting system. The defense branch accepted the bid and awarded Laser Photonics the contract.
The Titan FLS uses the latest in high power fiber laser technology. It contains a 2 x 4 meter table with a 5kW Fiber laser module. The Titan FLS is primary used for cutting highly reflective metals such as: stainless steel, aluminum, copper and brass. These systems are unique due to the benefits of using a fiber laser combined with a state-of-the-art motion system and the ease of use of the software.
Systems containing fiber lasers have been gaining popularity over conventional Co2 laser systems for sheet metal cutting in the past few years mainly to the numerous benefits fiber lasers offer including higher beam quality, faster cutting speeds and less energy consumption. Fiber laser systems overall are cost saving machines. In every area from maintenance costs, to consumable gas costs, to downtime costs, fiber lasers save money. Using the Titan FLS, the operating costs alone will save the U.S. government over $120,000 a year.
“We are pleased the U.S. government selected the Titan FLS and that they have decided to more towards the more efficient and cost effective manufacturing that fiber lasers provide,” said Ryan Semmer, Product Marketing Manager for Laser Photonics. “Having the U.S. government recognize the benefits of our fiber lasers and our systems is only the beginning. Production of the Titan FLS has already begun and once the system is delivered, we are forecasting a surge in high power fiber laser system bids and contracts from other branches of the U.S. government.”
Laser Photonics is the industry leader in developing high-tech Fiber and CO2 laser marking, cutting and engraving systems for a variety of industries such as; aerospace, automotive, medical, solar semiconductor etc. We exceed in manufacturing high quality, performance driven turnkey solutions for these and many other industries.
Media Contact:
Maureen McHale
mmchale@laserphotonics.com
407-829-2613 x317

Monday, February 23, 2009

Fiber Laser Systems Increase Profits for Metal Fabricators in 2009

As metal cutting, marking and engraving becomes more popular in manufacturing, the competition among North American metal fabricators continues to grow. Metal fabricators are looking for any competitive advantage they can find in order to separate themselves from each other when trying to earn a clients business. These clients are demanding faster throughput speeds, higher quality results and lower prices.

The Fiber Advantage

In 2008, metal fabricators purchased record amounts of fiber laser systems as opposed to the outdated Co2 laser systems, Nd:Yag systems, saws, and plasma cutters to gain these advantages. Fiber laser systems have proven themselves to be the future in metal fabrication and have shown an immediate impact on metal fabricators bottom lines and here is why:
1) Using fiber laser technology has many advantages for metal fabricators, but first and foremost – fiber lasers cut what Co2 lasers cannot, specifically brass, copper and other highly reflective materials. Imagine what that alone could do for business?
2) The fact that fiber laser systems are the most reliable and controllable type of laser to date is another plus.
3) The positive aspects of fiber lasers do not stop there - due to the makeup of the laser itself, the quality and precision of these systems is perfect when dealing with a metal substrate compared to alternative methods.
4) The cost savings of the overall process is what makes most metal fabricators convert to fiber laser systems.




There is a cost comparison calculator which can be found at http://www.laserphotonics.com/ that is a great tool to determine the savings between these two types of laser systems.

Quality
When comparing the quality of the end product, fiber laser systems are rated better in terms of performance with metals than other methods. Due to the wavelength, delivery method and pulsing capabilities fiber laser marking and engraving systems are reaching new levels in clarity and cycle time. Other laser systems, such as Co2 systems, create laser bounce back when marking or engraving highly reflective metal surfaces. This bounce back causes portions of the laser beam to bounce back towards the lens causing damage and requiring lens replacement. Fiber lasers, because of the wavelength, do not have this problem when marking or engraving metals. The laser beam has more absorption there for creating a faster, more accurate mark with less power and longer lens life.

Laser cutting has been a major investment for metal fabricators over the years and one of the main reasons they have switched to laser cutting systems is the quality of the cut over other traditional methods. Fiber laser technology has taken that quality and enhanced it with a smaller beam width, allowing for less waste and more production. As with marking, the same capabilities from fiber lasers with cutting metals are true. Cutting highly reflective metals with a high power fiber laser cutting system is found to create a better cut edge because of the wavelength absorption. Most other forms of cutting requires a second step in the process to complete a finished piece of cut metal, with laser cutting this is not the case and with fiber laser cutting the higher edge quality allows for higher throughput and acceptance by customers.

Cost Savings
Many metal fabricators today have a pulse on the economic woes facing the manufacturing industry. These businesses must find more economic ways to stay competitive while maintaining or increasing the quality their customers are accustomed. Laser cutting and marking systems have always been the best way to increase the quality of processed parts, but in the past have always been thought of as a much larger investment than the return. In keeping with that antiquated thinking module, conventional methods, such as saws, and plasma cutters, have been the less expensive initial investment for metal fabricators. However, after thoroughly analyzing those costs, the actual physical cost of conventional equipment verses a fiber laser system is equal. The real price difference is in the installation costs. They are significantly lower for fiber laser systems, to the tune of $20,000 to $85,000, once the costs of the lines, slab, etc. are considered and calculated. So in actuality, the installed cost of a fiber laser system is 10-20% lower than a conventional system.

A Fiber System will Reduce Costs - Consider the Savings
· Time Savings – Fiber lasers increase throughput speeds! Using conventional methods like saws and plasma cutters it takes many hours to complete jobs. Additionally, because the quality of the cuts is lower, they require a second or even a third set of machines for post processes, each adding more time to finish the job.
· Repair Savings - Fiber laser systems are virtually maintenance free! Because of this, the need for maintenance plans from the manufacturer or additional maintenance employees is eliminated. Co2 systems are prone to maintenance issues with lens failures and alignment as well as additional routine maintenance needed for the laser.
· Down Time Reduction - Fiber lasers are reliable! The Co2 lasers window mean time between failure is 20,000 hours, where the fiber laser is between 50,000 and 100,000 hours.
· Consumable Gas Savings - Fiber laser systems do not require consumable gases to create the laser beam! Co2 lasers require a substantial amount of consumable gases to produce the laser beam. These costs add up to tens of thousands of dollars a year.
· Energy Savings - Fiber lasers are energy efficient! The fiber laser Fiber lasers are twenty times more energy efficient than Co2 systems resulting in not only tens of thousands of dollars a year in savings but are helping companies in their efforts to become more environmentally friendly.
· Set up Savings – Fiber lasers cost less to install! When purchasing a Co2 laser system most shops do not take into account additional set up fees which can run anywhere from $20,000 to $85,000. Co2 systems, due to their size and make up usually need a foundation slab, gas lines, specific electrical hook-ups, etc.


What Does This All Mean?
It is no secret that metal fabricators across the nation have done their research on fiber laser technology and these savings. The quick moving fabricators who have implemented these systems are using it to their advantage in three main ways. Firstly, since the cost of production is significantly lower than other methods, owners are charging the same rates as the past and pocketing the difference. In some cases, due to the quality of the results they may even be able to charge more which drastically increases profits. Secondly, since there is now no post processing steps to the metals it is speeding up their throughput. This means they can beat out their competitors by offering quicker delivery times and again saves money by not having to pay to run the machine or the payroll it involves. This faster throughput also frees up the machine enabling the shop to book more jobs in the same amount of time. Finally, many fabricators are passing this savings onto their clients resulting in significantly lower prices. This allows them to gain more local market share putting a lot of pressure on their competition, if not eliminating them completely.

Technology moves quickly in every industry and market. We live in a world where manufacturing is getting faster, easier and with a higher quality result. The metal fabrication industry is no different and in order to keep up with the completion these shops must move forward quickly. Fiber laser systems are the next step in reducing costs while increasing production and profits. Looking towards the future it is safe to say that in the next decade these systems will fill the majority of these shop floors.
Media Contact:
Maureen McHale
mmchale@laserphotonics.com
407-829-2613 x317

Friday, February 20, 2009

MegaCenter™ Laser Increases Quality of Part Marking and Speed of Throughput for Firearm and Knife Manufacturers

Laser Photonics, the industry leader in manufacturing high-tech fiber and Co2 laser systems for marking, cutting and engraving applications, is supplying top firearm and knife manufacturers with their MegaCenter™ Laser System (Part of the FiberTower™ Series).

These manufacturers have long marked their parts with logos, numbers for inventory purposes, to fulfill UID requirements, and other needs. Methods for marking were as varied as the parts. Some parts were cast or molded with logos while others had serials numbers marked with dot peen machines. However, Laser Photonics supplies the ultimate direct parts marking system for the firearm and knife industry, the Mega Center™.

The MegaCenter™ is one of the newest generations of fiber laser material processing systems for parts marking, UID marking, and deep engraving. It is the most advanced, compact, industrial grade, fiber laser machine available. Equipped with the new generation of solid state Ytterbium fiber laser systems of near infrared spectral range (1060-1080nm) with a unique combination of large marking area, high peak power, and ideal beam quality and fiber delivery, the MegaCenter™ is changing the industry’s manufacturing processes.

Parts Being Marked Metals Being Marked
1.) Barrels 1.) Steel
2.) Handles 2.) Aluminum
3.) Blades 3.) Brass
4.) Cover Plates 4.) Nickel
5.) Hammer Pins 5.) Copper


“These manufacturers are discovering that fiber lasers are not only perfect for marking steel, and aluminum parts, they take up less floor space and also offer the fastest cycle times, therefore increasing throughput,” said Todd Hockenberry, Executive Vice President of sales and marking for Laser Photonics. “For overall cost, speed and quality, fiber lasers beat Co2 lasers hands down for marking metal components.”


The MegaCenter™ possess qualities that are unmatched by Co2 laser systems. Unlike Co2 laser systems, this system features ultra low power consumption and no laser maintenance is required. Wide selectivity of operating wavelengths, ultra-low amplitude noise, high stability and ultra-long pump diode lifetime complete an impressive list of advantages of the MegaCenter™.


Top Reasons These Manufacturers are choosing the MegaCenter™:
1.) Eliminate Consumable and Maintenance Expenses
2.) Increases your Unit Throughput
3.) Improves Quality of Marking and Engraving of all Metals
4.) Vastly reduces your Electrical Consumption (up to 20X)
5.) Quick Start up Time (Plug and Play)
6.) System Lifespan of Over 100,000 hrs.


Let us prove it to you... “We would like to encourage Gun and Knife Manufacturers to contact us about our free sample processing,” said Hockenberry. “After all, the best way to experience our marking systems is to see the end result. All the customer needs to do is provide us with some samples. Our applications engineers will process them, per the customers’ specifications and return them complete with a detailed application report. We recommend anyone interested in purchasing a fiber laser system to give our systems a test drive!”


Visit our Laser Video Library at www.laserphotonics.com/video
Media Contact:
Maureen McHale
mmchale@laserphotonics.com
407-829-2613 x317

Thursday, February 19, 2009

Laser System Price Reduction on 2008 Inventory


Laser Photonics a leading manufacturer in Fiber and CO2 laser systems is making room for its new line of 2009 products by reducing its 2008 inventory. There is up to a 50% price reduction on some new and refurbished laser marking and cutting systems. These discounted systems include the all standard systems in the Fiber Tower™ Series, SBM Series, specific OEM kits, and some large platform cutting systems. Please visit http://www.laserphotonics.com/ for more information on all of our systems and the benefits of using laser systems to increase your production speed and quality while lowering costs.

All the benefits of a Laser Photonics system at prices that meet your budget!

Laser Photonics is looking to reduce its 2008 inventory by up to 60% within the next two months. “This reduced pricing will benefit any manufacturer or integrator looking to take their production speed and product quality to the next level even in the current stage of the economy while allowing us to start mass production of our 2009 standard product line.” states Ryan Semmer, Product Marketing Manager of Laser Photonics. “Our laser systems have been helping smart manufacturers gain competitive advantages for years by automating production methods while instantly impacting their bottom line. And now they can achieve this at industry low prices.”

Send in your product for fast and free custom processing and see for yourself how our laser systems are setting new standards!

Benefits of Laser Photonics
1. Highest Quality Systems in the Industry
2. Ship Standard Products Within 48 Hours
3. Leaders in Fiber Laser Technology
4. Manufactured in the U.S.A
5. Inventory Reduction Pricing!

See for yourself! Visit our extensive Video Library at www.laserphotonics.com/video.

Contact a representative today at (407) 829-2613 for more information about your specific needs and how these systems will keep you ahead of your competition this year!

Wednesday, February 18, 2009

New TurboPiercing™ Technology and “Cutting-on-the-Fly" Process

Laser Photonics, the industry leader in developing high-tech Fiber and CO2 laser systems for marking, cutting and engraving applications, announced the development of a new TurboPiercing™ Technology and “Cutting-on-the-Fly” process for the Titan Series fiber laser cutting machine which increases the speed of the processing thereby increasing throughput.

The Titan Series, the newest edition to Laser Photonics’ product line, is a multipurpose fiber laser cutting machine with a single pallet shuttle table. It is equipped with a high-powered, energy efficient fiber laser and an advanced direct drive motion control platform. Comparable to other laser cutting machines, the Titan has a lighter weight design and the fastest cutting speed on the market for comparable systems.

TurboPiercing™ technology comes standard on all Titan Series systems. This new technology guarantees the fastest and most consistent piercing speeds available. Unlike conventional methods, TurboPiercing™ technology completes an accurate hole eliminating any unnecessary craters in the material increasing the quality of the cut and improving edge quality.

“Cutting-on-the-Fly” drastically reduces machining times. Using this feature, the laser bean is turned on and off as needed and is accurately positioned via computer aided alignments within a fraction of a second. Materials are fixed in place directly under the laser and a pattern can be cut without stopping or braking the axes.

TurboPiercing™ Technology and “Cutting-on-the-Fly” makes the Titan Series perfect for cutting Aluminum, Copper, Stainless Steel and Mild Steel. To view the Titan Series easily cutting out a grid from a stainless steel sheet of metal using the new TurboPiercing technology and cutting “on-the-fly” click here: Watch the Video Now!
Media Contact:
Maureen McHale
mmchale@laserphotonics.com
407-829-2613 x317

Tuesday, February 17, 2009

New! Oven-less Annealing Process

Laser Photonics, the industry leader in developing high-tech solid state and CO₂ laser systems for marking, cutting and engraving applications, announced today the development of a new laser based oven-less process for annealing glass coatings.

Traditionally, to anneal a coating on glass, the coating was applied to the glass, baked at 600 degrees Celsius, and then cooled for three to four hours. Using this new oven-less annealing process developed by Laser Photonics, the coating is applied to the glass and then a laser beam is swept over the surface to anneal. The Heat Affected Zone (HAZ) is limited and the material can be handled relatively soon after the annealing is complete. Using this new process, the light transmission efficiency is increased by 35%. Additionally, the process lowers the electrical surface resistance, prevents de-lamination and performs recrystalization of the glass. Glass that has been coated and annealed is used for such things as: architectural glass, as seen in large buildings and skyscrapers, windshields and solar panels.
Media Contact:
Maureen McHale
mmchale@laserphotonics.com
407-829-2613 x317

Monday, February 16, 2009

NEW! Fiber Laser Cutting Copper Application

Copper and copper alloy are amongst the most versatile materials available and one of the best known conductors of heat and electricity. These alloys have been developed for a wide variety of applications and numerous fabrication processes employed to produce finished goods in every type of industry. World consumption of copper now exceeds 18 million tons per annum.

It is important to note, while the relative softness of copper makes it easy to cut, it is important to protect the component from unwanted damage during cutting. This damage may include, but not be limited to, bending, denting or scratching.

Laser Cutting Copper Application: Laser Photonics’ application engineers received a customers’ 4mm thick copper sample to be processed. Using the Titan Series 48™, Laser Photonics multipurpose fiber laser cutting machine equipped with a continuous wave 2kW, 1060nm, high-powered, energy efficient fiber laser, the Titan, in one pass cut through the sample at a speed of 10mm per second. The entire cycle time, per ring, was three minutes and seventeen seconds. One hundred PSI oxygen assist gas was used for this application with a nozzle diameter of 2.0mm and nozzle stand-off of 0.4mm.

WATCH the Titan Series 48™ perform this application NOW!

It's the Titian Series' ability to cut through highly conductive and reflective materials that makes this multipurpose fiber laser cutting machine one of Laser Photonics’ hottest selling systems. Compared to other processing methods such as CO2 lasers, stamping machines, presses and industrial saws, the Titan has low maintenance costs, high speeds, and great edge quality. Additionally, the Titan has a lighter weight design and the fastest cutting speed on the market for comparable systems.

See the Advantages for Yourself - VIEW the Titan Flyer NOW!

Friday, February 13, 2009

Laser Photonics and Lissotschenko Mikrooptik Sign MOU to Develop New Systems

Laser Photonics, the industry leader in developing high-tech solid state and CO2 laser systems for marking, cutting and engraving applications, announced today that it has signed a Memorandum of Understanding (MOU) with Lissotschenko Mikrooptik (LIMO), the worldwide market leader in solid state lasers to bring new products to fruition.


Pairing up to manufacture the most advanced technology equipment by combining LIMO’s solid state lasers with Laser Photonics systems, these newly developed products will be ideal for the aerospace, automotive, defense, electronic, filtration, industrial, medical and solar industries around the world. These systems will be used in high powered applications and other processes such as plastic welding, annealing coatings and marking. The new products will be manufactured by Laser Photonics experienced designers and engineers, using the highest quality components, and proven technology.

“This strategic collaboration provides an excellent fit for our strategy of developing innovative laser solutions for numerous applications and industries,” said Todd Hockenberry, executive vice president of sales and marketing for Laser Photonics.

Laser Photonics is continually developing new systems to solve new problems using solid state lasers. As technology changes, and as new industries grow—Laser Photonics develops systems around the solid state laser technology to address these ever-changing issues.
Media Contact:
Maureen McHale
mmchale@laserphotonics.com
407-829-2613 x317

Thursday, February 12, 2009

UID Marking on Stainless Steel


UID Marking on Stainless Steel
Originally uploaded by LaserPhotonics

Application Details:

A UID data matrix with 3mil data cell size was laser marked on polished stainless steel stock. The mark produced had excellent contrast. Total mark time was 0.5 seconds. A 20 Watt CW Fiber laser was used to mark the dimensional data matrix; single spot of 50 microseconds. Resulting mark took 0.5 seconds.

Recommended System:
Fiber Tower™ Series is the new generation of Fiber Laser Material Processing Systems for Direct Parts Marking, UID Marking (Unique Identifier), and Deep Engraving. It is the most advanced, compact, industrial grade, mid size, Fiber Laser Engraving Machine available on the market. Fiber Tower™ series employs the new generation of solid state Ytterbium fiber laser systems of near infrared spectral range (1060-1080nm) with a unique combination of high peak power, ideal beam quality, fiber delivery and highest electro-optical wall-plug efficiency

These laser machines possess a reliability that is unmatched by any other kind of solid state or gas laser systems. Wide selectivity of operating wavelengths, ultra-low amplitude noise, high stability and ultra-long pump diode lifetime complete an impressive list of advantages of these modern fiber laser systems.

Laser Photonics is the industry leader in developing high-tech fiber and CO₂ laser systems for marking, cutting and engraving applications. Our systems are used by manufacturers in the automotive, aerospace, industrial, defense, electronic and medical industries around the world.

For more information about our systems, please visit our website at www.laserphotonics.com or call us direct at 407-829-2613.

Wednesday, February 11, 2009

CO2 Laser Marked Tile


CO2 Laser Marked Tile
Originally uploaded by LaserPhotonics

This photo shows an image of a tiger marked on several pieces of tile using a CO2 laser.

Recommended Laser Systems:
The Laser Photonics' SBM 1200M CO2 Laser Cutting and Engraving Machine or the Laser PhotonicsFantom OEM Marking Kit

The SBM 1200M laser cutting and laser engraving machine comes equipped with CO2 laser combining flying optics with a precision Direct Drive motion system. CO2 laser equipped system provides highly accurate cutting, welding, engraving and marking capabilities for multiple materials.


The Fantom CO2 Laser - OEM Marking Kit is the most advanced and fastest Wave Guide CO2 laser marking system available today for integration into production lines, marking, perforating and pharmaceutical equipment.

The F30SP is air cooled, completely sealed, and maintenance free OEM product with PC based DSP controller, mounting hardware, and robust marking software with an easy-to-use graphical user interface.

Laser Photonics is the industry leader in developing high-tech fiber and CO₂ laser systems for marking, cutting and engraving applications. Our systems are used by manufacturers in the automotive, aerospace, industrial, defense, electronic and medical industries around the world.

For more information about our systems, please visit our website at www.laserphotonics.com or call us direct at 407-829-2613.

Tuesday, February 10, 2009

Case Study - CO2 vs Fiber

Laser marking on stainless steel with a CO2 laser is very timely and messy process. Due to the reflective nature of the metal surface and the operational wavelength, CO2 laser systems require a laser marking material (LMM,) to permanently mark the surface. The LMM is sprayed onto the surface and has to be allowed to dry before marking. The surface also has to be cleaned after marking. All of this work makes the alternative, Fiber Lasers, very appealing.

Fiber Laser Marking on Stainless Steel


Q-Switched Fiber Lasers are ideal for marking on stainless steel and other metals, as no LMM is needed.

For this application, Laser Photonics applications engineers used the FiberTower XP Compact system with a 20 Watt Q-Switched Fiber Laser equipped with a 160mm F-theta Lens. The stainless steel sample parts were marked at a depth of approximately .001, using the process of surface etching. The mark is etched by vaporizing the surface of the material at very high speeds, providing very minimal damage to the part. This is usually done when a quick mark is needed and cycle time is an issue. A surface etch gives a high contrasting mark and is ideal for marking on coatings without penetrating through, such as chrome, nickel, etc. Several marks were made by our engineers. The first mark was made in one pass to show optimum cycle time of 12.5 seconds, which is 5 inches per second. The goal of the application was to process the best quality samples while maintaining an acceptable cycle time.

For Other Applications - Browse Laser Photonics' Applications Database!

Try Before You Buy! Did you know Laser Photonics will process your samples according to your specifications for FREE? Simply send us several samples of your product with a complete description of your marking or cutting requirements. Your processed parts, together with a detailed applications report and equipment recommendations will be returned to you at no charge.

Monday, February 9, 2009

Lasers are Everywhere! 10 Uses for Lasers

1) Lasers of the appropriate strength can etch surfaces from plastic to rock.


2) Some companies inscribe a minute identification number on diamonds to keep track of them.


3) Tombstones made of granite or limestone are carved with powerful lasers.


4) Numerous metal pieces can be precisely cut out, drilled, and welded together to make a finished product using lasers capable of melting metal.


5) Visible lasers have even replaced strings, levels, and stakes in surveying equipment.


6) Everyone should be treated to a laser show inside a planetarium, where colored lasers of all widths simulate the night sky.


7) CD, DVD and Blu-Ray players use lasers to read the audio and video information on the disc, the way a needle used to read the groove of a record.


8) CD, DVD and Blu-Ray recorders have stronger lasers that can burn the information onto the surface of the disc, either temporarily or permanently.


9) Laser printers also utilize lasers to change a surface, in this case paper, to display text and graphics. Even at the grocery store, lasers scan the barcode on your packages to tell the computerized register what you're buying and how much it costs.


10) In the medical industry, carbon dioxide lasers are used in many types of surgery because they are more precise and sensitive than scalpels. Lasers remove tattoos without needing skin grafts, as well as painlessly clearing rot out of teeth. These less invasive lasers result in faster recuperation from surgeries such as removing certain tumors and correcting vision by reforming the eyeball lens. Damage to surrounding tissue, as well as bleeding, has been reduced by incorporating lasers.

Friday, February 6, 2009

Thermark Marking Application

Laser Marking Application:

The parts were marked using a 20 watt q-switched ytterbium fiber laser with 160 mm focal length lens. The samples were sprayed with TherMark to create brightly contrasting marks. The parts were marked using approximately 18 watts of power, with a frequency of 80kHz, and at a speed of 4 inches per second. The resulting cycle time was 32.89 seconds.

Thursday, February 5, 2009

Laser Marking Wood

Laser Marking Application:
Laser marking of wooden door frames using a CO2 laser. Marked text was reorganized into 2 lines, so it could fit into single working field of the recommended system (which is about 200x200mm). Other systems could be design with a larger marking area. All four different wood parts were marked with the same parameters and produced excellent marks.

Wednesday, February 4, 2009

Laser Marking Plastic

Laser Marking Application:
The part was marked with a 10 watt q-switched ytterbium fiber laser and 160 mm focal length lens. The 160mm focal length lens has a working distance of 176mm from lens to part. The submitted bottle cap was scanned and then imported in to laser marking software. The part was then surface marked to create bright contrast similar to the sample part sent in. The cycle time for the bottle cap was 4.05 seconds.

Tuesday, February 3, 2009

Laser Marking UID's

Laser Marking Application:
UID marking was done with a 20 Watt Fiber Laser Marking System using a 160 mm lens. The part was marked with multiple etched marks of 2D codes and squares. The cycle time for the 2D code was 3.28 seconds. Two different squares were marked on the part with different cycle times. The light squares had cycle times of 6.86 seconds. The dark squares had cycle times of 13.89 seconds. The 2D code was readable at our application laboratory. The best readable part was the dark 2D code on the light square.

Monday, February 2, 2009

Laser Marking Ceramic

Laser Marking Application:
The parts were laser marked using a 20 watt q-switched ytterbium fiber laser with 160 mm focal length lens. The parts were surface marked to create brightly contrasting marks. The parts were marked using various parameters, resulting in various cycle times and various darknesses and qualities of marks on the samples.

Recommended System:
Fiber Tower™ Series is the new generation of Fiber Laser Material Processing Systems for Direct Parts Marking, UID Marking (Unique Identifier), and Deep Engraving. It is the most advanced, compact, industrial grade, mid size, Fiber Laser Engraving Machine available on the market. Fiber Tower™ series employs the new generation of solid state Ytterbium fiber laser systems of near infrared spectral range (1060-1080nm) with a unique combination of high peak power, ideal beam quality, fiber delivery and highest electro-optical wall-plug efficiency.