Flexible, high-performance CO2 laser solutions deliver more speed, more coverage and superior print quality for manufacturers
Wood Dale, Illinois – November 29, 2016 – As production targets increase, manufacturers need more efficient laser marking solutions to print consistent high-quality codes on their products. However, these demands are stretching the capabilities of current laser coding equipment. Until now, low power laser markers have not been available at high enough speeds to code products faster. Wide web applications are becoming more common, and data processing is becoming more challenging as code content becomes more complex. The net effect is that the desire for greater productivity is often inhibited by the limits of the marking solution.
In response to manufacturers’ needs for higher quality codes, Videojet Technologies, a global leader in coding, marking and printing solutions, has advanced its range of CO2 laser marking systems with the introduction of the Videojet 3340 and 3140 laser marking systems. This advanced CO2 laser range is designed to help deliver peak coding performance for mainstream applications, as well as a solution for manufacturers that require faster data processing speeds, high speed coding up to 900m/min and large marking fields across a wide web application.
Recognizing that high-quality codes are important for manufacturers, the new Videojet laser solutions offer speed improvements in data processing and communication over its predecessor lasers. This improvement provides benefits for a range of applications from food and beverage, to pharmaceutical and tobacco by providing more time to engage the product, more time to finish the required mark, and ultimately producing higher quality codes.
Marking speed enhancements of the new Videojet 3340 laser marking system are highly impressive, and manufacturers can now mark four lines of variable data, plus 2D codes at 400+ products per minute. With mark speeds of up to 2,000 characters per second, the Videojet 3340 offers the equivalent in speed and capability of one of the leading 60W lasers on the market today. This has significant cost, space and power advantages for manufacturers, integrators and other machine builders.
“We know that market trends are changing, and customers have to increase productivity by coding more products faster,” said Sascha Ammesdoerfer, Laser Business Unit Manager at Videojet Technologies. “The improved speed and coverage capabilities of our advanced CO2 laser solutions mean they can now mark up to 900m/min, marking more text at higher speeds for companies that require 2D codes and text.”
These advanced CO2 laser solutions offer the largest marking field in the industry and are 20% wider than the closest equivalent on the market today. The Videojet 3340 can now cover up to 600mm marking field width, allowing certain wide web applications to be addressed with one laser that previously would have required two lasers. The large marking window helps to increase throughput and productivity.
“The available configurations give Videojet the flexibility to match the physical integration needs of the specific packaging line, and the mark window options help ensure we can deliver the marking performance our customers need,” explains Ammesdoerfer. “With three available wavelengths, the new Videojet CO2 lasers can mark on a range of substrates including PET bottling, plastic labels, laminated cartons, and a host of plastic materials common in consumer packaging.”
Complementing the 3340 and 3140 laser marking systems, Videojet also offers a range of fume extraction systems and filter options that can be tailored for the given application, helping to remove smoke and particulate debris and improving uptime by keeping the laser lens clean. Specifying the right laser solution supports easy integration, speeding up the installation and changeover process and ultimately increasing uptime. In addition to this, the detachable umbilical cable can be easily routed during set-up, helping to eliminate the need to move other machinery.
“The Videojet 3340 and 3140 laser marking systems offer the flexibility needed to deliver peak performance in a variety of challenging production environments,” said Ammesdoerfer. “The vast range of standard configurations, our substrate flexibility, and the high-resolution marking heads all combine to deliver the marking performance customers need to help them achieve their production goals.”
The Videojet 3340 and 3140 laser marking systems are one of a number of innovative new laser products being launched by Videojet in 2016.
For more information about the advanced CO2 laser range, call (65) 6444 4218 or visit www.videojet.sg.
About Videojet Technologies:
Videojet Technologies is a world-leader in the product identification market, providing in-line printing, coding, and marking products, application specific fluids, and product life cycle services. Our goal is to partner with our customers in the consumer packaged goods, pharmaceutical, and industrial goods industries to improve their productivity, to help protect and grow their brands, and to stay ahead of industry trends and regulations. With our customer application experts and technology leadership in continuous inkjet (CIJ), thermal inkjet (TIJ), laser marking, thermal transfer overprinting (TTO), case coding and labeling, and wide array printing, Videojet has more than 345,000 printers installed worldwide. Our customers rely on Videojet products to print on over ten billion products daily. Customer sales, application, service, and training support is provided by direct operations with over 3,000 team members in 26 countries worldwide. In addition, the Videojet distribution network includes more than 400 distributors and OEMs, serving 135 countries.
Call Videojet For:
Sales and Customer Service: (65) 6444 4218
Repair requests and technical support: (65) 6444 4810
Videojet Technologies (S) Pte. Ltd. ASIA / PACIFIC No. 11 Lorong 3 Toa Payoh Block B #03-20/21 Jackson Square Singapore 319579 Phone: (65) 6444 4218 Fax: (65) 6444 4598 Email: email@example.com
© 2017 Videojet Technologies, Inc.
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