Your source for Zap-It Laser Alignment Paper!
$90.00
Z-48, 50 sheets/package.Each sheet is 4 x 8 inches. Use ZAP-IT® Paper to Document Laser Beam...
$65.00
Z-25, 75 sheets/box.Each sheet is 2.25 inches x 5 inches. Use ZAP-IT® Laser Alignment Paper to Document...
$45.00
Z-33, 75 sheets/packageEach sheet is 3 inches x 3 inches. Use ZAP-IT® Laser Alignment Paper to Document...
$150.00
Z-66, 100 sheets/box.Each sheet is 6 x 6 inches. Use ZAP-IT® Laser Alignment Paper to Document...
$95.00
ZG-48, 50 sheets/package.Each sheet is 4 x 8 inches with a fine, white line 2mm grid. Use ZAP-IT® Laser...
$50.00
ZAP-IT® Film Card 2" x 3" size (50 cards per pkg) with removable backing for...
$30.00 $65.00
The ZAP-IT® Low Energy Laser Alignment Paper Target is 2" x 2.2" with four fine-line, cross-hairs...
$140.00
Features of LBT-0.75, LBT-1 and LBT-2 0.75", 1" or 2" entrance aperture Laser Beam Trap,...
$390.00
Water-Cooled Laser Beam Trap with 2" Entrance aperture for 0 to 1,000 watt lasers. Features ZERO Bounce...
$275.00
Use this hand-held View-It® to visualize IR laser beams for alignment with components such as lenses, beam splitters, mode apertures, steering mirrors, and beam analyzers.
Sensitivity threshold: <10 µJ/cm2 (pulsed laser) and <100 µW/cm2 (CW)
Beam color converted to: Green spectrum.
Spatial resolution: better than 20 grooves/mm, meaning that features of less than 50 µm in size can be resolved visually.
Typical applications: IR - GaAs Laser Diodes (800-830 nm), InGaAs Laser Diodes (880, 960-980 nm), Nd:YAG (1064 nm) Er:Glass (1540 nm), telecommunications.
No fading or saturation – consistent output for steady light input (it’s not necessary to constantly move the viewer)
Damage threshold: >10 J/ cm2 for a typical Q-switched Nd:YAG laser, >1 GW/cm2 @1064 nm for 10 ns at 10 PPS 100 MW/cm2 @1064 nm in CW mode
View-It® is repairable: The product is a powder composite molded under high pressure this allows for resurfacing damaged or stained areas by scraping with hard flat edged tool.
$95.00
Each sheet includes three View-It® IR Laser Spot Targets, each with different outer diameters and inner diameter beam centering apertures. View-It® IR Laser Spot Targets have a low-tack backing for easy repositioning.
Visualize IR laser beams for perfect alignment of components such as lenses, beam splitters, mode apertures, steering mirrors, and beam analyzers.
Need to align multiple components? The beam passes thru the center hole in the target, facilitating alignment of multiple components.
Target Specifications
0.75” OD target with centered .100” Dia. thru aperture reference for 3 mm beam.
1.00” OD target with centered .147” Dia. thru aperture reference for 4 mm beam.
1.50” OD target with centered .260” Dia. thru aperture reference for 37 mm beam.
Use & Specifications
Attach target with OD centered on component, and then steer the laser beam to go thru target’s aperture. When beam is centered and depending on beam diameter, you may see a halo of green around the thru aperture.
Sensitivity range: 800 nm to 1700 nm
Sensitivity threshold: >50 µJ/cm2 (pulsed laser) and >100 µW/cm2 (CW)
Beam color converts to: Green spectrum
Spatial resolution: better than 50 grooves/mm, meaning that features of less than 200 µm in size can be resolved visually.
Typical applications: IR - GaAs Laser Diodes (800-830 nm), InGaAs Laser Diodes (880, 960-980 nm), Nd:YAG (1064 nm) Er:Glass (1540 nm), telecommunications.
No fading or saturation – consistent output for steady light input (it’s NOT necessary to constantly move the viewer.)
Caution: Do not keep a high energy or high peak power beam on this product for extended periods to avoid damaging this product.
OEM custom configurations please contact us.
Left: VW-IRT used to align the beam in a medical laser delivery device. A flexible section of a hand-held, user-directed beam delivery system for medical/surgical lasers is shown. A VW-IRT target is mounted on the output end of the device to align the laser beam, which passes thru 7+ joints each with a steering mirror.
Right: VW-IRT target attached to an optical mirror mount to facilitate proper aligment of the laser beam.
$90.00
The View-It® IR Spot Detector is a sheet of three 2” diameter thin, flexible IR targets with a low-tack adhesive backing for easy repositioning. Use the View-It® IR Spot Detector to visualize IR laser beams for alignment with components such as lenses, beam splitters, mode apertures, steering mirrors, and beam analyzers.
Sensitivity range: 800 nm to 1700 nm
Sensitivity threshold: >50 µJ/cm2 (pulsed laser) and >100 µW/cm2 (CW)
Beam color converts to: Green spectrum
Spatial resolution: better than 50 grooves/mm, meaning that features of less than 200 µm in size can be resolved visually.
Typical applications: IR - GaAs Laser Diodes (800-830 nm), InGaAs Laser Diodes (880, 960-980 nm), Nd:YAG (1064 nm) Er:Glass (1540 nm), telecommunications.
No fading or saturation – consistent output for steady light input (it’s NOT necessary to constantly move the viewer)
Caution: Do not keep a high energy or high peak power beam on this product for extended periods to avoid damaging this product.
OEM custom configurations please contact us.
$249.00
The slightly curved brown poly lens offers laser protection for the marked wavelengths. The frame...
$149.00
The slightly curved orange poly lens offers laser protection for the marked wavelengths. The frame...
$149.00
The slightly curved orange poly lens offers laser protection for the marked wavelengths. The frame...
$135.00
The slightly curved orange poly lens offers laser protection for the marked wavelengths. The frame...
$35.00
The slightly curved clear poly lens offers laser protection for the marked wavelengths. The frame...
$149.00
The slightly curved pink poly lens offers laser protection for the marked wavelengths. The frame...
$149.00
The slightly curved light blue poly lens offers laser protection for the marked wavelengths. The...
$25.00
The slightly curved clear poly lens offers laser protection for the marked wavelengths. The frame...
$49.00
The slightly curved clear poly lens offers laser protection for the marked wavelengths. The frame...
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