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Product Announcements: beam profiler
Newport Corporation - Laser Beam Profiler
Newport Corporation
Laser Beam Profiler

The LBP Series Laser Beam Profiler is a complete beam diagnostic measurement system. For continuous or pulsed laser beams, this PC board level, software driven device provides an extensive range of graphical presentations and analysis capabilities of laser beam parameters, such as beam width, shape, position, power and intensity profiles.

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Laser Beam Profiler

Introducing Newport's LBP Series Laser Beam Profiler. This PC board level, software driven device is much more than just another beam profiler. It is a complete beam diagnostic measurement system. For continuous or pulsed laser beams, it provides an extensive range of graphical presentations and analysis capabilities of laser beam parameters, such as: beam width, shape, position, power and intensity profiles. The CCD camera is equipped with a built-in filter wheel, enabling the use of up to four, 0.5 in. diameter, attenuators. Three attenuators are included with the system: LBP-NG4, LBP-NG9 and LBP-NG10, while additional ones may be purchased separately. The camera can be post-mounted via a single 8/32 threaded hole, centered directly below the sensor surface.

Available in both PCI and USB2.0 formats, the board resides in your own IBM-PC compatible desktop computer. Using the LBP software, included on an accompanying CD, your PC becomes a powerful beam diagnostic tool. This user-friendly system presents graphical and numerical information for an intuitive interpretation of data in real-time.

Key Features

  • Full beam analysis
  • 190 - 1600 nm spectral range available (with different cameras)
  • 2D/3D intensity plots
  • X and Y profiles
  • Real-time beam profile characteristics and statistical tables
  • Color and size selection
  • Video capture with playback for future analysis
  • Trigger level and camera gain software controllable for pulsed lasers
  • High dynamic range

Applications

  • Laser beam optimization
  • Gaussian fit analysis
  • Quality control
  • Beam alignment
  • CVI Melles Griot (formerly Melles Griot Inc.) - CCD Beam Profilers
    CVI Melles Griot (formerly Melles Griot Inc.)
    CCD Beam Profilers

    The WinCamD™ is a CCD-based, beam intensity, width, and position profiler. It displays rotatable 3D beam profiles as small as 50 µm in width, in real time (5-Hz update), with positional accuracy of 1 µm. WinCamD functions include pass/fail mode, Gaussian and top-hat profile fit, and relative power measurement all at a low cost that makes it ideal for both scientific and industrial applications.

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    CCD Beam Profilers

    The WinCamD™ is a CCD-based, beam intensity, width, and position profiler. It displays rotatable 3D beam profiles as small as 50 µm in width, in real time (5-Hz update), with positional accuracy of 1 µm. WinCamD functions include pass/fail mode, Gaussian and top-hat profile fit, and relative power measurement all at a low cost that makes it ideal for both scientific and industrial applications. The complete system includes the CCD Camera, a PCI card, an ND 4.0 filter, software, a cable, a mounting block, two 4-40 screws, and a manual.

    Specifications Silicon CCD Sensor: Dimensions: 6.32 x 4.76 mm Array: 1360 x 1024, 4.65-mm square pixels

    Wavelength Range: 350 nm to 1150 nm

    Position Measurement: Range: 6.3 (H) × 4.7 (V) mm Accuracy: < 1-µm processing accuracy

    Electronic Dynamic Range: cw: 48 dB (60,000:1) using electronic shutter Pulse width <5 µs: 7.5 dB (5.7:1)

    Neutral Density Filter: ND 4.0 standard, Other C-mount stackable filters available below

    Update Rate: 5 Hz maximum for full frame, full screen - 20 Hz for 512 × 512 pixels

    Data Analysis: Pass/fail, average (up to 50 samples), min., max., mean, standard deviation (up to 4096 samples), Gaussian and top-hat percent fit

    Threads: ¼-20, M6, and through hole mounting. Block filter mount is 1-inch × 32 TPI standard C-mount

    PC Requirements: 500 MHz or better, 8 MB RAM, PCI slot

    CVI Melles Griot (formerly Melles Griot Inc.) - Knife-Edge Beam Profilers
    CVI Melles Griot (formerly Melles Griot Inc.)
    Knife-Edge Beam Profilers

    The BeamAlyzer™ (3 blade) and Super BeamAlyzer™ (7 blade) tomographic beam analysis systems combine the most frequently used beam measurement functions power, position, beam size and profile, and beam noise analysis in either a single, robust, stand alone instrument, or with a PCMCIA card to mount in a host computer.

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    Knife-Edge Beam Profilers

    The BeamAlyzer™ (3 blade) and Super BeamAlyzer™ (7 blade) tomographic beam analysis systems combine the most frequently used beam measurement functions power, position, beam size and profile, and beam noise analysis in either a single, robust, stand alone instrument, or with a PCMCIA card to mount in a host computer. The systems can be ordered with silicon, UV silicon, or indium gallium arsenide detector heads and are interchangeable.

    CVI Melles Griot (formerly Melles Griot Inc.) - Spot-On CCD Position Measurement Systems
    CVI Melles Griot (formerly Melles Griot Inc.)
    Spot-On CCD Position Measurement Systems

    Melles Griot Spot-On CCD detectors systems can be used to provide accurate position measurement of up to three cw and pulsed beams, from the ultraviolet to the near infrared. The units will calculate beam centroids, display two-dimensional contour maps of beam energy in real time.

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    Spot-On CCD Position Measurement Systems

    Melles Griot Spot-On CCD detectors systems can be used to provide accurate position measurement of up to three cw and pulsed beams, from the ultraviolet to the near infrared. The units will calculate beam centroids, display two-dimensional contour maps of beam energy in real time.

    Export data to another computer through the RS 232 interface, log data, and keep detailed statistics. If greater beam profiling capability is needed, see the WinCamD CCD beam profiler.

    The Spot-On CCD system is available with four different detector heads, each designed for a specific wavelength range.

    Specifications Camera Type: CCD 1/2-inch format, 4.6 x 5.7 mm sensitive area

    Spectral Response: 13 PSC 002: 350-1100 nm 13 PSC 004: 190-1100 nm 13 PSC 006: 1310 nm , 350-1100 nm 13 PSC 008: 1530-1570 nm, 350-1100 nm

    Position Resolution: <1 µm

    Position Accuracy: 5-µm deviation edge-to-edge

    Filters (included): Two neutral-density filters in housing with combined attenuation of 240:1 (wavelength dependent)

    Cable: 2-m cable (attached) with 8-pin mini-DIN connector Card: 2/3 size PCI

    Operating System: Windows® 95/98/2000/NT 4.0

    Parameters for cw Lasers: Dynamic Range: 108:1 (depends on filter combinations and built-in shutter control) Shutter Speed: 1/50 sec to 1/10,000 sec Maximum Frame Rate: 30 Hz

    CVI Melles Griot (formerly Melles Griot Inc.) - BeamMap™
    CVI Melles Griot (formerly Melles Griot Inc.)
    BeamMap™

    All Laser Focusing should be this simple ...BeamMap™, The only Instrument for Real-Time Laser Focusing, Alignment and M2 Measurement

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    BeamMap™

    This compact instrument makes real-time measurements of beam profile and M2 for focused beams, or of divergence for collimated beams.

    Key Features:

    ·CW beam profiles, XYZ focus position, divergence, M2 and collimation

    ·Dual slit and knife-edge modes, with 2.5 and 25 micron slits Beams from 0.5 microns to 3 mm 1/e2 diameter

    ·0.09 microns sampling and resolution on small beams

    · True-2DTM sapphire slits only 0.4 microns thick

    · Rotating head for elliptical beams

    · Windows 95, 98, NT environment

    · Simple compact package

    Focusing and alignment of tightly focused laser beam assemblies used to be a formidable, time consuming, and iterative task - patent-pending BeamMap changes all that. By measuring in multiple planes, it identifies the direction of the focus position and dramatically simplifies the diagnosis of focusing and alignment errors & setting multiple assemblies to the same focus.

    BeamMap offers real-time simultaneous measurement of M-squared beam quality, focus position, beam-waist diameter and axial misalignment. It is a unique & complete real-time diagnostic for Product Development, QA, and Production Assembly & Test.

    Contact Melles Griot with details of your application. BeamMap is normally available from stock or within 2 to 3 weeks.

    K-TEK - Three Dimensional (3D) Laser Scanner
    K-TEK
    Three Dimensional (3D) Laser Scanner

    K-TEK Announces Industry's First 3D Laser Scanner for Real-Time, Non-Contact Volumetric Measurement of Bulk Materials.

    3D laser scanner provides real-time volume measurement of silos and stockpiles; 2D laser scanner provides volume flow measurement of conveyor-based materials.

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    Three Dimensional (3D) Laser Scanner

    K-TEK, a leading manufacturer of

    state-of-the-art instrumentation for level measurement, today announced the

    LM3D and LM2D laser scanners, a new family of products for non-contact

    volumetric measurement of bulk solids. The LM3D is the industry's first

    real-time, three dimensional volume scanner profiler for bulk materials in

    silos or stockpiles. The LM2D is a real-time, non-contact volume scanner for

    conveyor-based materials that provides an accurate, easy-to-use, and

    maintenance free alternative to belt scales.

    Three Dimensional Laser Scanner

    The LM3D is the first instrument to provide fast, automated, and accurate

    volume measurement and mass calculations of bulk materials. The device uses

    a rotating laser head for multipoint laser scans to, either on-demand or

    periodically, measure the uneven surface of stored materials. A

    three-dimensional map of the surface is created in the scanner memory and

    the on-board microprocessor immediately calculates the stored material's

    volume and mass. Measurements can be transmitted via 4-20 mA or RS-232

    interface to a DCS or PLC control system, or to third-party applications

    like Microsoft® Excel. This provides easy and inexpensive connections to the

    most common industry interfaces without the need for proprietary software.

    When the LM3D is not performing surface scans, it can be used for single

    point measurements. Setup is quick and intuitive using the device's built-in

    menu system. By combining multiple scanners, a variety of silo shapes and

    sizes can be accommodated.

    Two Dimensional Laser Scanner

    The LM2D is a two-dimensional laser scanner for non-contact volume flow

    measurement of belt conveyed materials. Designed to measure the flow of bulk

    solids materials on conveyor belts and monitor speed, the scanner is an

    easy-to-use, non-contact alternative to traditional belt scales.

    The LM2D incorporates a non-contact belt speed sensor that uses Doppler

    radar to measure conveyor speed. The scanner head scans the profile of the

    flowing material on the belt. An on-board microprocessor uses the

    information from the scanning head to calculate volume and mass throughput

    in real time. An integral laser pointer is provided to aid in alignment.

    Installation is quick, requiring only a few minutes, as opposed to belt

    scale systems which can take many hours or days to install. A plug-and-play

    device, the LM2D requires no calibration and no routine maintenance. Data

    can be sent to other devices using the standard 4-20 mA interface; separate

    outputs are provided for flow, cross-sectional area, and speed. No special

    software is needed.

    "Traditionally, level measurement of bulk materials is complex, often

    costly, and less accurate than liquid level measurement," stated Ivo

    Radanov, Product Manager for Lasers at K-TEK. "With rising fuel and

    logistical costs, bulk handlers are looking for different approaches to more

    accurate level and inventory measurement. Laser technology is an elegant

    solution that can uniquely provide non-contact, not just level, but also

    volume, measurement of a wide range of materials. Lasers have the unique

    ability to measure any solid surface at any angle with a very narrow beam.

    Therefore, it is natural for these lasers to be applied in sophisticated

    products for profiling of complex material shapes. This allows LM2D and LM3D

    laser scanners to bring volume accuracy for dry materials in silos and stock

    pile as low as 0.5%."

    New Generation Products Go Beyond Level Measurement

    K-TEK's LM3D and LM2D laser scanners are cutting edge laser products that go

    beyond simple level measurement. They feature three dimensional or two

    dimensional material profiling. Both instruments provide unique, non-contact

    volume, level, or flow measurement capabilities. The LM2D belt scanner is

    easily installed in minutes while the belt is moving and does not require

    regular maintenance.

    The LM3D is the first three dimensional laser scanner and profiler designed

    for the process industry. It can be applied in the mining, aggregate, grain,

    and coal power industry for volume measurement of stockpiles and silos.

    Both instruments have rugged, powder coated aluminum enclosures, rated IP66,

    which ensure reliable operation in variety of challenging environments.

    Integral dust tubes prevent dust built-up and prevent the optical lens from

    being coated.

    Pricing & Delivery

    K-TEK's LM3D and LM2D laser scanners are available for immediate shipment.

    Prices start at $11,000 for the LM3D and $11,000 for the LM2D. Quantity

    discount is available.

    The LM3D laser scanner data sheet can be downloaded at:

    http://www.ktekcorp.com/dnn20/Default.aspx?tabid=67&productID=109

    The LM2D laser scanner data sheet can be downloaded at:

    http://www.ktekcorp.com/dnn20/Default.aspx?tabid=67&productID=108

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