公司简介
以色列Holo/Or 公司是设计和制造衍射光学元件和微光学元件的专业厂商。衍射光学元件(Diffractive Optical Elements,DOE)用于激光光斑整形、光斑校正、提高光束质量及提升激光加工效率等多种应用中，主要涉及高精度和高功率和激光器。主要用户如医疗/美学，材料加工，计量和更多的激光系统集成商。HOLO/OR 的主要产品包括：衍射校正聚焦镜、光束采样器、平顶光束整形、激光衍射分束器、透镜阵列、双波长透镜，以及多焦点透镜等。在成立超过26年中，Holo/Or 利用其内部IP软件和工具，获得了如何制造拥有可观设计，仿真的DOE。
Holo/Or 侯罗奥 是一家全球性公司，拥有数百家客户，并在4大洲拥有8个活跃的经销商。Holo/Or 侯罗奥 的与中国、美国、日本、东南亚、韩国和德国最大的激光公司有着密切的合作关系。
产品列表
NEW PRODUCTS
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Structured light DOE
Holo/Or is happy to launch a brand new product line.
By upgrading our production facilities, Holo/Or now offers high-angle, high-quality, high-efficiency Beam Shapers and Beam Splitters DOE, specialy designed to cover a large field of view, for applications ranging from 10s of KW to a few mW.
Our DOE are made of either UV-grade Fused Silica, polymer on glass or plastic. Typical applications include structured light 3D sensing, heat treatments and light projection.
Specification Range:
Medium Power Low-Cost Broadband Diffuser (BD)
BD are special beam shaping flat-top diffusers, dedicated to applications where more than a single wavelength is used in same optical path.
Holo/Or designs & manufactures low-cost BD diffusers suitable for mid-power applications (under 2 [J/cm2] for nano-second pulses).
These BD elements have excellent thermal & environmental properties, similar to our etched fused silica products, and the same high-end optical performance, at a significantly reduced cost. Read more.
Output intensity for a square BD element, 10X10 degrees
Germanium Beam Shapers for mid to far IR broadband applications
Germanium (Ge) broadband beam shapers, can shape single mode lasers at wavelengths in the Mid-IR spectrum to achieve uniform illumination profiles in various shapes including: square, round, line or rectangular.
Ideal for MIR/FIR spectroscopy and other projection applications where broad-band MIR sources are used, our single window beam shapers offer diffraction limited shaping performance in the entire 2-12 um spectral range. Read more.
BEAM SHAPING
HOLO/OR is a high-tech company dedicated to the design and manufacturing of beam shaping elements.
The beam shaping element is a diffractive optical element (DOE) used to transform a near-gaussian incident laser beam into a uniform-intensity spot of either round, rectangular, square, line or other shape with sharp edges in a specific work plane.
A uniform spot enables equal treatment to a surface, excluding over/under-exposure of specific areas. In addition, the spot is characterized by a sharp transition region that creates a clear border between the treated and untreated area.
For single mode lasers, we offer the following beam shaping solutions:
Focal Beam Shaping: Hybrid element (lens) or module which give a Top-Hat intensity distribution at a specific working distance (BFL of the lens or distance from exit location of the module to Top-Hat plane).
Angular Beam Shaping: Optical element (window) which gives a Top-Hat intensity distribution at infinity or focal length of aberration free customer’s lens.
M-Shaper: Optical element (window) which gives a uniform exposure over scanned lines.
For multimode lasers, Holo/Or offers a wide selection of Flat-Top diffusers, with shaping into round, square, line and rectangular spots.
We also offer 3 families of Ring shapers- Vortex lenses, Diffractive Axicons and Multi-ring shapers.
Application notes of Beam Shaping elements
FOCAL BEAM SHAPING |
DIFFUSERS |
M-SHAPER FOR SCANNING APPLICATIONS |
ANGULAR BEAM SHAPING |
RING SHAPERS |
BEAM SPLITTER
Beam splitter elements are diffractive optical elements used to split a single laser beam into several beams, each with the characteristics of the original beam (except for power and angle of propagation).
HOLO/OR can manufacture a diffractive beam splitter pattern directly on plano-convex lens. This will produce a focused multispot pattern with an inter-spot distance defined by the customer at a specific working distance. These spots can be aligned in a line, matrix or in any other custom shape such as an hexagonal, cross , round , triangle …
HOLO/OR offers, in addition to standard beam splitters, the possibility to choose the number of spots and their locations, as a part of its custom design and manufacturing capability.
Features of beam splitters: any input beam shape (SM/MM), insensitive to X-Y-Z displacements, high power threshold, accurate separation angle and available in wavelengths from UV to IR.
Our beam splitters are used in a wide variety of research and industrial applications. Some typical areas include aesthetic skin treatment, laser scribing, laser dicing, 3D sensors, fiber optics and medical applications.
Beam Splitter 1D standard products
| Beam Splitter 2D standard products
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Gratings
| Diffractive Beam Samplers
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BEAM FOCI
Beam Foci elements are diffractive optical elements that manipulated the focal properties of the laser beam, by either splitting the focus into several equal foci with controlled seperation distances (Multi-Focal DOE) , or by creating an increase in depth of focus (Elongated Focus DOE).
HOLO/OR offers, in addition to standard beam splitters, the possibility to choose the number of Focis and their locations, as a part of its custom design and manufacturing capability.
Our Beam Foci elements are used in many applications, including Glass Laser Cutting, Via drilling in transparent materials, Sensing and multi-focal imaging.
Multi Focal Standard Products
| Elongated Focus Standard Products
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Glass Cutting Module
| Diffractive Achromatic Lens
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应用领域
Aesthetics Treatments Material Processing Structured Light Fiber Coupling Collimated Beam Shaper
Using Multispot DOE to replicate VCSEL patterns for 3D sensing, Volume Mapping and Machine Vision applications
Many of the latest 3D Mapping and sensing application are using VCSEL chips with custom emitter arrangement as sources for structured light sensing technologies.
These applications benefit from the high spots density over the entire FOV.
Designing specially tailored DOE, we at Holo/Or can tile the FOV with a VCSEL pattern by replicating it without any overlaps or gaps, resulting in a pattern containing thousands of spots at either a random or custom distribution. Read more here.
Contact us for more details
Full surround Projection Module
360 degrees of pattern projection projection are now at your fingertips with Holo/Or's latest projection module.
Our module can project dots or lines pattern at 360x70 degrees Field of view, with No Zero Order at all!
Completely eye-safe, high thermal resistance, and providing a full mapping all around, our module is a perfect match for autonomous vehicles, enclosed space mapping and other structured light applications. Read More Here
TOP HAT BEAM SHAPER
General Specifications
MATERIALS | Fused Silica, ZnSe, Plastic |
WAVELENGTH RANGE | 193nm to 10.6um |
DOE DESIGN | 2-level (binary) to 16-level |
DIFFRACTION EFFICIENCY | very small (about 1.5 times Diffraction Limit) |
ELEMENT SIZE | 86% - 98% |
COATING (OPTIONAL) | AR/AR Coating |
CUSTOM DESIGN | Almost any arbitrary shape |
PN | λ [nm] | Beam Dia [mm] | Image Shape | θf [mRad] | Image size [um] EFL=100mm |
ST-207-Q-Y-A | 1064 | 10 | Round | 0.6 | 60 |
ST-212-Q-Y-A | 1064 | 7 | Square | 1 | 100 |
ST-219-Q-Y-A | 1064 | 4 | Round | 0.518 | 51.8 |
ST-220-Q-Y-A` | 1064 | 4 | Square | 0.521 | 52.1 |
ST-221-J-Y-A | 1064 | 4.7 | Round | 0.439 | 43.9 |
DIFFRACTIVE DIFFUSER
General Specifications
MATERIALS | Fused Silica, ZnSe, Plastic |
WAVELENGTH RANGE | 193nm to 10.6um |
DOE DESIGN | 2-level (binary) to 16-level |
DIFFRACTION EFFICIENCY | 75% - 98% |
ELEMENT SIZE | Few mm to 150mm |
COATING (OPTIONAL) | AR/AR Coating |
CUSTOM DESIGN | Tailored shape and intensity distribution |
PATTERN ANGLES @532NM | Few mRad to 80deg |
PN | λ [nm] | Image Shape | θf [mRad] | Image size [um] EFL=100mm |
HH-208-I-Y-A | 1064 | Square | 2.75x2.75 | 4.80x4.80 |
HH-226-I-Y-A | 1064 | Square | 2.75x2.75 | 4.80x4.80 |
HH-326-1-Y-A | 1064 | Square | 2.75x2.75 | 4.80x4.80 |
HH-331-I-Y-A | 1064 | Rectangular | 3.44x2.30 | 6.01x4.01 |
HH-332-I-Y-A | 1064 | Rectangular | 6.87x2.30 | 12.00x4.01 |
BROADBAND DIFFUSERS
PN | Shape | Diffusion Angle (degrees) | Dimensions | Central Thickness | Material |
BD-001 | Round | 5 | 15X15mm | 1.524mm | UV Fused Silica |
BD-002 | Round | 10 | 15X15mm | 1.524mm | UV Fused Silica |
BD-003 | Round | 20 | 15X15mm | 1.524mm | UV Fused Silica |
BD-004 | Square | 5X5 | 15X15mm | 1.524mm | UV Fused Silica |
BD-005 | Square | 10X10 | 15X15mm | 1.524mm | UV Fused Silica |
MICRO LENS ARRAY
Materials | Polymer on Glass, Fused silica
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Arrangement
| Round lenses in square, hex , linear grid Square lenses Cylindrical lenses |
Coating options
| AR/AR broadband (VIS+NIR,UV+VIS) or single wavelength as desired/ uncoated |
Packing | ~100% |
Pitch (um)* | 10-3000 |
ROC (um)* | 30-5000+-5% |
Sag (um)* | 1-15 |
Size
| 2X2mm to 100x100mm square, 4", 6" round wafers |
Thickness | 1-2.3mm |
Wavelength Range
| Polymer on Glass:450-1080nm, Fused silica:193-3300nm |
DIFFRACTIVE AXICON
General Specifications
MATERIALS | Fused Silica, ZnSe, Plastic |
WAVELENGTH RANGE | 193nm to 10.6um |
DOE DESIGN | 2-level (binary) to 16-level |
DIFFRACTION EFFICIENCY | 75 - 96% |
ELEMENT SIZE | Few mm to 150mm |
DAMAGE THRESHOLD | ~3 J/cm2 in 7nS pulse at 1064nm |
COATING (OPTIONAL) | AR/AR Coating |
CUSTOM DESIGN | Almost any size |
PN | λ [nm] | Ring angle Peak-To-Peak[deg] | Ring Diameter P2P [mm] for EFL=100mm |
DA-060-I-Y-A | 1064 | 0.024 | 0.042 |
DA-056-1-Y-A | 1064 | 0.028 | 0.049 |
DA-061-1-Y-A | 1064 | 0.040 | 0.069 |
DA-020-1-Y-A | 1064 | 0.057 | 0.100 |
DA-011-1-Y-A | 1064 | 0.061 | 0.11 |
SPIRAL PHASE PLATE (VORTEX)
General Specifications
MATERIALS | Fused Silica, ZnSe, Plastic |
WAVELENGTH RANGE | 193nm to 10.6um |
DOE DESIGN | 2-level (binary) to 16-level |
DIFFRACTION EFFICIENCY | 75 - 96% |
ELEMENT SIZE | Few mm to 150mm |
DAMAGE THRESHOLD | ~3 J/cm2 in 7nS pulse at 1064nm |
COATING (OPTIONAL) | AR/AR Coating |
TOPOLOGICAL CHARGE | Standard from 1 to 6. Other under request |
PN | λ [nm] | Topological Charge | 0uter Ring Size[um] | Element Size | Overall Efficiency |
VL-208-1-Y-A | 1064 | 1 | 54.73 | 25.4 | ~92 |
VL-209-1-Y-A | 1064 | 1 | 54.73 | 25.4 | ~95 |
VL-215-I-Y-A | 1064 | 3 | 111.36 | 25.4 | ~95 |
VL-216-1-Y-A | 1064 | 2 | 81.55 | 25.4 | ~95 |
VL-218-1-Y-A | 1064 | 4 | 142.79 | 25.4 | ~92 |
FLEXISHAPER MODULE
SPECIFICATION RANGE
Illumination pattern | Central spot with surrounding concentric ring, adjustable controlled power ratio between ring and spot |
Adjustment method | Manual |
Coating | AR/AR |
Distance between DOEs | <4mm |
DOE Dimensions | 25.4mm, 50.8mm up to 150mm diameter (square or round) |
DOE Material | UV grade fused silica |
DOE thickness | 1.0-3.0 mm |
Efficiency | From 80 % (maximum to ring) to 98 % (maximum to spot) |
Full cycle rotation range adjustment | 15 degrees, other possible by request |
Input beam diameter after collimator (1/e^-2) | 6-30 mm, others by request |
Laser mode | SM or MM |
Polarization | Not sensitive |
Ring angle | 0.6-8 mRad (150-2000um ring size with focus lens EFL=255mm typical) |
Wavelengths | 515nm,532nm, 910-1080nm other by request |
BEAM SPLITTING
1D BEAM SPLITTER
General Specifications
MATERIALS | Fused Silica, ZnSe, Plastic |
WAVELENGTH RANGE | 193nm to 10.6um |
DOE DESIGN | 2-level (binary) to 16-level |
FULL ANGLE | 0.001° to 80° (larger angles require additional optics) |
DIFFRACTION EFFICIENCY | 64% - 98% |
ELEMENT SIZE | Few mm to 150mm |
COATING (OPTIONAL) | AR/AR Coating |
CUSTOM DESIGN | Almost any symmetry or arbitrary shape |
PN | λ [nm] | Number of Spots | Separation Angle [deg] | θf[deg] |
DS-033-I-Y-A | 1064 | 2 | 10.17 | 10.17 |
DS-181-I-Y-A | 1064 | 2 | 0.032 | 0.032 |
DS-184-I-Y-A | 1064 | 2 | 0.094 | 0.094 |
DS-215-I-Y-A | 1064 | 2 | 3.39 | 3.39 |
DS-217-I-Y-A | 1064 | 2 | 0.27 | 0.27 |
2D BEAM SPLITTER
General Specifications
MATERIALS | Fused Silica, ZnSe, Plastic |
WAVELENGTH RANGE | 193nm to 10.6um |
DOE DESIGN | 2-level (binary) to 16-level |
SEPARATION ANGLE | 0.001° to 80° (larger angles require additional optics) |
DIFFRACTION EFFICIENCY | 64% - 98% |
ELEMENT SIZE | Few mm to 150mm |
COATING (OPTIONAL) | AR/AR Coating |
CUSTOM DESIGN | Almost any symmetry or arbitrary shape |
PN | λ [nm] | Number of Spots | Separation Angle [deg] | θf[deg] |
MS-049-I-Y-A | 1064 | 7x7 | 0.70x0.70 | 4.21x4.21 |
MS-202-I-Y-A | 1064 | 4x4 | 1.39x1.39 | 4.16x4.16 |
MS-203-I-Y-A | 1064 | 2x2 | 4.00x4.00 | 4.00x4.00 |
MS-204-I-Y-A | 1064 | 2x2 | 0.25x0.25 | 0.25x0.25 |
MS-212-I-Y-X | 1064 | 15x15 | 0.50x0.50 | 7.00x7.00 |
DLITE BEAM SPLITTER
Available array patterns | Gaussian spots, Flat-top spots (round / rectangle / square), Lines |
Beam diameter | 6-30 mm |
Dimensions | From 2x2mm up to 150mm diameter (square or round) |
element thickness | 1.5-3 mm |
Material | UV grade fused silica |
Pitch | Dependent on focusing optics |
Wavelength | 193-10600nm |
PN | Wavelength | Number of Spots | Pitch at EFL=100mm [um] | Array size at EFL=100mm [mm] | Recommended inputbeam size [mm] |
MS-805- I-Y-A | 1064 | 51X51
| 20
| 1X1
| 8 |
MS-821- I-Y-A | 1064 | 25x2501 | 11.4
| 28.6x0.29
| 14.3
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MS-825- I-Y-A | 1064 | 125x125 | 13.3
| 1.7x1.7
| 12.3
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MS-831- I-Y-X | 1064 | 7x7 | 18.7 | 0.1125x0.1125 | 8.7 |
MS-835- J-Y-X | 1064 | 201x201 | 13.2 | 2.64x2.64
| 12
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BEAM SAMPLER
General Specifications
MATERIALS | Fused Silica, ZnSe, Plastic |
WAVELENGTH RANGE | 193nm to 10.6um |
DOE DESIGN | 2-level (binary) to 16-level |
DIFFRACTION EFFICIENCY | ~99% (depends on sampled ratio) |
ELEMENT SIZE | Few mm to 100mm |
COATING (OPTIONAL) | AR/AR Coating |
CUSTOM DESIGN | Custom sampled ratio and separation angle |
PN | λ [nm] | Sampled Angle[deg] | Sampled Energy[%] |
SA-022-I-Y-A | 1064 | 2.07 | 1.22 |
SA-212-I-Y-A | 1064 | 2.37 | 4 |
SA-223-I-Y-A | 1064 | 20.77 | 0.1 |
SA-014-I-Y-A | 1064 | 15.43 | 0.4 |
SA-020-1-Y-A | 1064 | 1.27 | 1 |
STRUCTURED LIGHT DOE
Possible multi-spot (dot/ line generator) patterns | Random spots, Spot array (1xM), Spot matrix (MxN), Multi-line, Grid |
Wavelength | 266-2200 nm |
Zero Order | Angle dependent, can be optimized for eye-safety |
Possible diffuser (homogenizer) patterns | Circle,Square, Rectangle,Line,Custom |
Dimensions | From 2x2mm up to 150mm diameter (square or round) |
Full angle @850 nm | Up to 80x80 degrees |
Material | UV grade fused silica,Polymer on Glass or Plastic |
GRATINGS
General Specifications
MATERIALS | Fused Silica, ZnSe, Plastic |
WAVELENGTH RANGE | 193nm to 10.6um |
DOE DESIGN | 2-level (binary) |
SEPARATION ANGLE | Smaller than 80deg @ 1064nm |
DIFFRACTION EFFICIENCY | 81% (theoretically) |
ELEMENT SIZE | Few mm to 150mm |
COATING (OPTIONAL) | AR/AR Coating |
CUSTOM DESIGN | Custom duty cycle, period and modulation depth |
Period [um] | Lines/mm |
3869 | 0.258 |
3231 | 0.310 |
3167.5 | 0.316 |
2660 | 0.376 |
2640.5 | 0.379 |
2336 | 0.428 |
2308 | 0.433 |
1907 | 0.524 |
1598 | 0.626 |
1230 | 0.813 |
FOCAL SHAPING
DEEPCLEAVE
PN | Wavelength | Required Laser input | Input Beam Diameter (exp^-2) | Depth of In Air* | Waist Diameter (exp^-2) | Working Distance with/ without protective window |
ZT Module- 004-1 | 1064 | Single mode M2<1.3 | 6mm(+-10%) | 0.5mm
| 1.8um | 5.9/7.4mm |
ZT Module-004-J | 1064 | Single mode M2<1.3 | Depth of In Air* | 0.5mm
| 1.8um | 5.9/7.4mm |
ZT Module-005-I | 1064 | Single mode M2<1.3 | 6mm(+-10%) | 0.75mm
| 1.8um | 5.9/7.4mm |
ZT Module-005-J | 1064 | Single mode M2<1.3 | Depth of In Air* | 0.75mm
| 1.8um | 5.9/7.4mm |
ZT Module- 006-1 | 1064 | Single mode M2<1.3 | 6mm(+-10%) | 1.5mm
| 1.8um | 5.9/7.4mm |
BESSEL BEAM ELONGATED FOCUS
General Specifications
MATERIALS | Fused Silica, ZnSe, Plastic |
WAVELENGTH RANGE | 193nm to 10.6um |
DOE DESIGN | 2-level (binary) |
SEPARATION ANGLE | Smaller than 80deg @ 1064nm |
DIFFRACTION EFFICIENCY | 86% - 96% |
ELEMENT SIZE | Few mm to 150mm |
COATING (OPTIONAL) | AR/AR Coating |
CUSTOM DESIGN | Almost any size |
PN | λ [nm] | Depth Of Focus [um] | Beam Dia [mm] |
EF-006-I-Y-A
| 1064 | 93
| 7 |
EF-007-I-Y-A
| 1064 | 53
| 9 |
EF-008-I-Y-A
| 1064 | 120
| 6 |
EF-009-I-Y-A
| 1064 | 68
| 8 |
EF-010-I-Y-A
| 1064 | 43
| 10 |
MULTIFOCAL LENS DOE
General Specifications
MATERIALS | Fused Silica, ZnSe, Plastic |
WAVELENGTH RANGE | 193nm to 10.6um |
DOE DESIGN | 2-level (binary) |
DIFFRACTION EFFICIENCY | 86% - 96% |
ELEMENT SIZE | Few mm to 150mm |
COATING (OPTIONAL) | AR/AR Coating |
CUSTOM DESIGN | Almost any size |
PN | λ [nm] | Number of foci | Distance between firstto last foci [um] in foci medium |
BF-006-I-Y-A
| 1064 | 2
| 1995.0
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BF-024-I-Y-A
| 1064 | 2
| 191.8
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TF-003-I-Y-A
| 1064 | 3
| 598.0
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TF-008-I-Y-A
| 1064 | 3
| 1071.5
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TF-012-I-Y-A
| 1064 | 3
| 452.0
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MULTIFOCAL MODULE
SPECIFICATIONS OF MF MODULE:
Focal Length | 20mm |
Work Distance | 12mm |
Operating Wavelength Range | 700-1100nm |
NA | 0.45 |
Focusing performance | Diffraction limited |
Focal function | Any Multi Focal/Elongated Focus |
Dimensions | 30mm dia. x 25mm length |
Clear Aperture | 20mm |
DUAL WAVELENGTH BEAM COMBINER
General Specifications
MATERIALS | ZnSe |
WAVELENGTH RANGE | 193nm to 10.6um |
DOE DESIGN | 4 levels to 16-level |
DIFFRACTION EFFICIENCY | 86% - 96% |
ELEMENT SIZE | Few mm to 150mm |
DAMAGE THRESHOLD | ~3 J/cm2 in 7nS pulse at 1064nm |
COATING (OPTIONAL) | AR/AR Coating |
CUSTOM DESIGN | Almost any chromatic aberrations correction |
PN | λ [nm] | Input Beam | Working Distance | Dimensions
| Material
| Coating |
DW-202-AP-Y-A | 10660, 633 | 4-7 | 20 | 20
| ZnSe | AR-V Coating |
FT-001-AP-Y-A | 10660, 633 | 4-13 | 31.67 | 31.67
| ZnSe | AR-V |
DW-208-AP-Y-A | 10660, 633 | 4-13.3 | 100 | 100
| ZnSe | Coating |
DW-201-AP-Y-A | 10660, 633 | 4-8.8 | 123.7 | 123.7 | ZnSe | AR-V |
DIFFRACTIVE ACHROMATIC LENS
HOLO/OR currently offers the Triple Wavelength TW-001-UQI-Y-A, with a focal length of 150mm and diffraction limited spot size performance for 355, 532 and 1064nm wavelengths. Other element sizes and EFL values are available on demand.
