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Technical specifications
Compare the listed configurations and match the specifications to your setup.
Jump to a specification table (15)
83 specification rows.
Coated laser crystals
4 entriesScroll horizontally to compare all columns
| Crystals | Doping | Size(mm³) | Coating |
|---|---|---|---|
| Nd:YVO4 | 1% | 3x3x2 | Coated for 1064 nm, 532 nm, 1342 nm, 671 nm laser as required. |
| Nd:YVO4 | 0.5% | 3x3x5 | Coated for 1064 nm, 532 nm, 1342 nm, 671 nm laser as required. |
| Nd:YAG | 1% | 3x3x2 | Coated for 1064 nm, 532 nm, 946 nm, 473 nm laser as required. |
| Nd:YAG | 1% | 3x3x3 | Coated for 1064 nm, 532 nm, 946 nm, 473 nm laser as required. |
Output-coupler optics
4 entriesScroll horizontally to compare all columns
| Wavelength | Size | Coating |
|---|---|---|
| 473 nm OC | ø4 mm, R=50/100/200 mm | Plano-Concave, HR946 nm, HT473nm |
| 532 nm OC | ø4 mm, R=50/100/200 mm | Plano-Concave, HR1064 nm, HT532nm |
| 671 nm OC | ø4 mm, R=50/200 mm | Plano-Concave, HR1342 nm, HT671nm |
| 1064 nm OC | ø4 mm, R=50/100/200 mm | Plano-Concave, PR1064nm |
Frequency-doubling crystals
6 entriesScroll horizontally to compare all columns
| Crystals | Size(mm³) | Coating |
|---|---|---|
| LBO | 2x2x5 | AR@1064nm&532nm/946nm&473nm/1342nm&671nm |
| LBO | 2x2x10 | AR@1064nm&532nm/946nm&473nm/1342nm&671nm |
| KTP | 2x2x5 | AR@1064nm&532nm |
| KTP | 2x2x9 | AR@1064nm&532nm |
| BBO | 2x2x5 | AR@1064nm/532nm/266nm |
| BBO | 2x2x10 | AR@1064nm/532nm/266nm |
Lens manufacturing specifications
10 entries| Parameter | Specification |
|---|---|
| Material | BK7 grade A optical glass |
| Design Wavelength | 546.1 nm |
| Design Index | 1.5183 ±0.0005 |
| Diameter Tolerance | +0.0, -0.15 mm |
| Paraxial Focal Length | ±2% |
| Centration | 3 arc minutes |
| Clear Aperture | >80% |
| Bevel | 0.25 mm x 45° |
| Surface Quality | 60-40 scratch and dig |
| Surface Figure | l/4@632.8nm |
Lens shapes & applications
3 entriesScroll horizontally to compare all columns
| Lens | Part No. | Property and Application |
|---|---|---|
| Plano-Convex Lens | L01 | Positive focus length. Suitable when one conjugate is more than five times the other. Also where both conjugates are on the same side of the lens. |
| Double-Concave Lens | L02 | Negative lens with the form suited to producing diverging light or a virtual image, where the input light is converging. |
| Plano-Concave Lens | L03 | Negative lens with the form suitable where one conjugates is more than five times the other, e.g. producing divergent light from a collimated input beam. |
Polarizer specifications
5 entries| Parameter | Specification |
|---|---|
| Substrate Material | BK7 or B270 |
| Wavelength range | 400-700 nm |
| Dimension | 12.7mm/ 25.4mm |
| Extinction Ratio | >1000:1 |
| Extinction Ratio | >1000:1 |
Waveplate construction
6 entriesScroll horizontally to compare all columns
| Order | Construction | Characteristics |
|---|---|---|
| Zero Order | Cemented | Cemented by glue Better Temperature Bandwidth Wide Wavelength Bandwidth Moderate damage threshold |
| Zero Order | Optical Contacted | No glue Better Temperature Bandwidth Wide Wavelength Bandwidth Better damage threshold |
| Zero Order | Air Spaced | No glue, Mounted Better Temperature Bandwidth Wide Wavelength Bandwidth High damage threshold |
| True Zero Order | Cemented | Cemented by glue Better Temperature Bandwidth Wide Wavelength Bandwidth Moderate damage threshold |
| True Zero Order | Single Plate | Single plate Better Temperature Bandwidth Wide Wavelength Bandwidth High damage threshold Only 1310nm, 1550nm available |
| Multi Order | Multi Order | Low Temperature Bandwidth Low Wavelength Bandwidth High damage threshold Low cost |
Quartz waveplate specifications
10 entries| Parameter | Specification |
|---|---|
| Material: | Crystal Quartz |
| Dimension allowance | +0.0, -0.15mm |
| Phase contrast Retardation | λ/8,λ/4,λ/2, or discretional |
| Wavefront distortion | ≤λ/4@632.8nm barring Cemented Waveplate |
| Retardation tolerance | ≤λ/300, ≤λ/500 |
| Wavelength range | 260-1600 nm |
| Parallelism | ≤1 arc second |
| Surface quality | 20/10 scratches and dig |
| Clear aperture | ≥90% |
| AR coating | R≤0.25% at central wavelength |
Waveplate thickness & bandwidth
2 entriesScroll horizontally to compare all columns
| Order of Waveplate | Multi | Low | Cemented Zero | Cemented Broad-band Zero |
|---|---|---|---|---|
| Total Thickness (mm) | ~1 | ≤0.5 | 1.5~2 | 1.5~3 |
| Spectral Bandwidth (nm) | 0.5 | 1.5 | 30 | 110 |
Half-wave plate selection
12 entriesScroll horizontally to compare all columns
| Item No. | Dia.(mm) | Wavelength | OD | Thickness |
|---|---|---|---|---|
| HWPZ-445-12 | 12.7mm | 445nm | 1.0" | 0.7mm |
| HWPZ-457-12 | 12.7mm | 457nm | 1.0" | 0.7mm |
| HWPZ-473-12 | 12.7mm | 473nm | 1.0" | 0.7mm |
| HWPZ-532-12 | 12.7mm | 532nm | 1.0" | 0.7mm |
| HWPZ-589-12 | 12.7mm | 589nm | 1.0" | 0.7mm |
| HWPZ-638-12 | 12.7mm | 638nm | 1.0" | 0.7mm |
| HWPZ-671-12 | 12.7mm | 671nm | 1.0" | 0.7mm |
| HWPZ-914-12 | 12.7mm | 914nm | 1.0" | 0.7mm |
| HWPZ-946-12 | 12.7mm | 946nm | 1.0" | 0.7mm |
| HWPZ-1064-12 | 12.7mm | 1064nm | 1.0" | 0.7mm |
| HWPZ-1122-12 | 12.7mm | 1122nm | 1.0" | 0.7mm |
| HWPZ-1342-12 | 12.7mm | 1342nm | 1.0" | 0.7mm |
Line-generating lens
1 entryScroll horizontally to compare all columns
| Part No. | Full fan Angle (α°) | Material |
|---|---|---|
| LG## | 7°, 10°, 30°, 45°, 60°, 75°, 90° | BK7 |
Non-polarizing beam-splitter specifications
9 entries| Parameter | Specification |
|---|---|
| Material | BK7grade A optical glass, Fused silica |
| T/R: | 50/50±5% for specified wavelength R=(Rs+Rp)/2,T=(Ts+Tp)/2 |
| Incidence Angle: | 0°±2° |
| Beam Deviation: | 0°±3'(T),0°±5'(R) |
| Coatings: | dichroic multiplayer beamsplitter film on hypotenuse, AR film on the four polished surfaces of the prism |
| Surface Flatness: | 0.3-3 |
| Surface Quality: | 20/10 to 80/50 |
| Clear Aperture: | >90% dimension |
| Application: | Spectrophotometer, interferometer, tunable laser etc. |
Beam-splitter coating bands
2 entries| Parameter | Specification |
|---|---|
| Narrow Band | 532, 632.8, 780, 850, 1064, 1550nm |
| Broad Band | 450-650, 650-900, 900-1200nm |
Custom optic dimensions
2 entriesScroll horizontally to compare all columns
| No | A (mm) | B (mm) | C (mm) | D | E | Material |
|---|---|---|---|---|---|---|
| 1 | 26±0.2 | 4.6±0.2 | 1.8±0.2 | ¢22 | ¢33-0.1 | H-K9L (or H-BaK7) |
| 2 | 24±0.1 | 4±0.05 | 1.15±0.2 | ¢22 | ¢34-0.1 | — |
Optical windows
7 entriesScroll horizontally to compare all columns
| No. | A (mm) | B (mm) | C (mm) | PV value | Coating | Material |
|---|---|---|---|---|---|---|
| 1 | 5.0±0.1 | 5.0±0.1 | 0.7±0.1 | <0.02 (Test by ZRGO Test area 5×5) | Coating on side (532nm, 635nm, 808nm, IR-CUT) | B270 (H-K9L) Soda Lime |
| 2 | 20±0.1 | 20±0.1 | 1±0.02 | <0.02 (Test by ZRGO Test area 5×5) | Coating on side (532nm, 635nm, 808nm, IR-CUT) | B270 (H-K9L) Soda Lime |
| 3 | 80±0.1 | 80±0.1 | (0.5,0.7,1.0,1.5,1.7,2.0,3.0mm)±0.03 | <0.02 (Test by ZRGO Test area 5×5) | Coating on side (532nm, 635nm, 808nm, IR-CUT) | B270 (H-K9L) Soda Lime |
| 4 | 76±0.1 | 76±0.1 | (0.8,1.0,1.5,2.0,2.5mm)±0.03 | <0.02 (Test by ZRGO Test area 5×5) | Coating on side (532nm, 635nm, 808nm, IR-CUT) | B270 (H-K9L) Soda Lime |
| 5 | 60±0.1 | 60±0.1 | 5.6±0.03 | 2.02 | 808nm±45: R≥98% | H-K9L |
| 6 | 11.6±0.1 | 11.6±0.1 | 2.2±0.03 | — | AR | ZAB25 |
| 7 | 5.2±0.05 | 5.2±0.05 | 1±0.03 | 0.02 | Coating MgF2 | Quartz glass |
Build around your experiment
What to specify
Share these details with your enquiry so we can match the component to your optical setup.
- 01Operating wavelength, beam diameter and continuous or pulsed power.
- 02Required beam geometry, aperture, coating and polarization.
- 03Working distance, mechanical envelope and mounting interface.
Technical FAQ
Configuration questions for Precision Optics
What wavelengths does the Precision Optics cover?
Design Wavelength: 546.1 nm · Wavelength range: 400-700 nm. Check the specification at your angle of incidence. Coating bands and grating efficiency curves are quoted at a reference angle, and both shift as that angle changes.
What size is the Precision Optics?
Diameter Tolerance: +0.0, -0.15 mm · Clear Aperture: >80%. Clear aperture is smaller than the physical part, and the mount that holds it takes more again. Size the optic from the beam diameter at that plane, including the margin the mount consumes.
What is the Precision Optics made from?
Material: BK7 grade A optical glass · Surface Quality: 60-40 scratch and dig. Substrate and coating decide thermal behaviour and cleaning method as much as optical performance. Confirm both before the optic enters a high-average-power or vacuum path.
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