LaserMark Pulsed CO2 Lasers

Product number: SW11158

Manufacturer: LightMachinery

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LaserMark Pulsed CO2 Lasers LightMachinery Datasheet

Product information "LaserMark Pulsed CO2 Lasers"

9.3, 10.6 µm; Energy 0.5-5.7 J; Max. Rep-rate 12-150 Hz; Marks/h 43,200-540,000; Beam Size 14x11-25x25 mm

LightMachinery's' LaserMark 950 and 960 series of pulsed CO2 lasers provide a fast, reliable means of applying high-quality permanent marks such as date and batch codes to a broad spectrum of products ranging from consumer product packages like beer labels, gelatin capsules or hair color tubes to miniature electronic components.

LaserMark series lasers are designed for on-line marking and coding, creating perfect, crisp images on your products 24 / 7. These pulsed CO2 lasers complete the entire marking process in less than 1 µs so large-area, multi-character marking can be done "on the fly" without mark smearing or degradation that can occur in other types of laser marking. LightMachinery and AMS Technologies have the experience required to design, install and support your ultra-high reliability marking system.

LaserMark lasers can mark on a wide variety of materials including inked paper and cards, foils, painted or anodized metal, glass and many types of plastic. The LaserMark series provides ease of operation, extreme reliability and high uptime in production environments.

Solid state SSM high-voltage modulators and ultra-low gas flow ensure minimal consumable and maintenance costs. The LaserMark 960SSM series is sealed to NEMA 12 standards for general purpose applications. For more demanding operation, the LaserMark 950SSM series is NEMA 4 rated for direct high pressure hose down.

Key Features:

Super Fast "On the Fly"-Marking of Moving Parts (Mark Completed in 1 Millionth of a Second!)
Eliminates Inks and Other High-cost/Environmentally-unfriendly Consumables
Permanent, Multi-character Marks Applied Instantaneously in a Single Pulse
Reliable, Proven Fourth-generation Product With Solid-state Technology for Low Cost of Ownership
Wide Range of Beam Delivery Modules Available - Pulse Energy: 0.5 to 5.7 J
Maximum Repetition Rate: 12 to 150 Marks per Second
Marks per Hour: 43,200 to 540,000
Beam Size (Horizontal x Vertical): 14x11 to 25x25 mm
Sealing Standard: IEC 529 (IP66), NEMA 4 or NEMA 12
High Voltage Switch: SSM (Solid State Modulator)
Electrical Standards: IEC 204:EN 60204
Laser Gas Mix: LaserMark 5 Commercial Laser Premix
Internal Gas Option for LaserMark 950 Series
Water Cooling: 90 l/h at +10-+25°C
RS-485 Interface

Applications: Applying High-quality Permanent Marks Such as Date and Batch Codes to a Broad Spectrum of Products, Ranging From Consumer Product Packages Like Beer Labels, Gelatin Capsules or Hair Color Tubes to Miniature Electronic Component

Manufacturer "LightMachinery"

LightMachinery is dedicated to producing the world's finest lasers, optical components and optical equipment like high-precision spectrometers. The experts at LightMachinery are veterans of the laser and optics world with many years of experience in the areas of optical design, high-power lasers, optical fabrication, laser systems, metrology, thin film coatings and custom machinery fabrication. LightMachinery is extremely experienced with specifying, designing and manufacturing custom optics components, equipment and lasers. Custom etalons, VIPAs, beamsplitters, laser optics & lenses and Michelson interferometers are available as well as custom thin film coatings, uniform thickness thin wafers (Fused Silica, Pyrex, Silicon), windows or ultra-flat substrates. Most of LightMachinery’s etalons, interferometers, custom optics and wafers are finished using the company’s patented, computer-controlled fluid jet polishing (FJP) technology. FJP sets a new standard for optical manufacturing, allowing the adjustment of the shape and flatness of optical components to within a few nanometers as well as the production of large and very thin components with less than 10 nm of thickness variation. VIPAs (Virtually Imaged Phase Array, a special type of Fabry-Perot etalon with three distinct coatings) manufactured with FJP are at the core of many of LightMachinery’s advanced spectrometer series. LightMachinery has produced components and equipment for customers throughout the world involved in space science, telecommunications, semiconductor, high-power lasers, academic research, nondestructive testing, biophotonics, electronics, pharmaceutical manufacturing and materials processing.