A Unique Cost Effective Solution
Holo/Or’s Polymer on Glass (POG) elements are the most accurate beam shaping solutions available for the low to medium power-range applications. They are cost effective, and can be produced in high-volumes as per customer requirements. POG elements can be either beam splitting dot / line generators, or beam shaping products including homogenizers / diffusers with flat-top distribution, broad band diffusers and micro-lens arrays.
- LDT > 10 J/cm^2 laser pulses at 8ns, 1064 nm
- Low angle tolerance < 2%
- High transparency between 450nm to 1080nm
- High environmental stability -40 to + 120 deg C, no yellowing in most common use scenarios
- Reflow soldering compatible at 260 deg C
- Flat, thin and lightweight components
- Cost effective, high volume production capabilities
- Delivery available on wafer, diced or un-diced, and as single parts
In the past few years, a sharp decline in laser power density prices, allowed for many new laser applications to emerge. Processes and equipment that were once blocked from using lasers due to their high cost entry barriers, are now thriving. Amongst those, the most prominent is the rapidly growing 3D sensing segment including mobile, automobile, metrology, surface inspection and mapping systems, robotics and home appliance applications.
To meet the beam shaping needs of these new and exciting applications, Holo/Or has developed a brand-new line of products, fabricated on Polymer on Glass instead of pure Fused Silica which is offered to the more high-end, high-power applications.
|Beam Splitter Elements (Dot or Line generator)||Diffuser / Homogenizer Elements||Microlens Array|
|Output Pattern and arrangement||Random spots, Spot array (1xM), Spot matrix (MxN), Multi-line, Grid||Round, Square, Rectangle, Line, Custom||Round lenses in square/ hex/ linear grid ; Square lenses ; Cylindrical lenses|
|Wavelength||450 - 1080 nm||450 - 1080 nm ; Broadband available as well||450 - 1080 nm|
|Full angle (e^-2) @ 850 nm||Up to 60x60 degrees||Up to 80x80 degrees||SAG 1-15 um , ROC 0.03-10mm +/- 5%|
|Zero Order||Angle dependent, can be optimized for eye-safety||Angle dependent, can be optimized for eye-safety||Not Applicable|
|Material||Polymer on Glass (BK-7 / FS)||Polymer on Glass (BK-7 / FS)||Polymer on Glass (BK-7 / FS)|
|Dimensions||2X2mm to 100X100mm square, 4'', 6'' round wafers||2X2mm to 100X100mm square, 4'', 6'' round wafers||2X2mm to 100X100mm square, 4'', 6'' round wafers|
|Coating||Optional AR coating (1 side)||Optional AR coating (1 side)||Optional AR coating (1 side)|
Standard samples are the fastest way to test your concepts and our POG compatibility with your product and processes.
|PN||Optical function||Design wavelength [nm]||Full angle [deg] @ e^-2 @ design wavelength||Dimensions [mm^3]||Coating|
|BP-001-Q-N-A||Round diffuser||450-1080||14.8||10x10x0.5||No coating|
|BP-002-Q-N-A||Round diffuser||450-1080||20||15x15x1.5||No coating|
|BP-003-Q-N-A||Round diffuser||450-1080||5.2||10x10x1||No coating|
|HM-375-L-N-A||Rectangle homogenizer||940||45x60||5x5x1||No coating|
|MS-783-Q-N-N||9x9 spots beam splitter||532||2x2||10x10x1||No coating|
|RD-295-I-N-A||Round homogenizer||1064||1.6||10x10x1||No coating|
*All standard samples are uncoated. Overall efficiency can be increased by adding AR coating.