Interferometer & TS
Horizontal Interferometer
- Customizable: According to the need to change different light source band or others.
- Strong practicality: The interferometers are suitable for small, medium and large optical processing companies and are very easy to operate.
As an optical processing company, we have a better understanding of the use and actual functions of interferometers.
Based on our optical vertical integration capability, we have developed our own brand of interferometer family.
The interferometers are suitable for small, medium and large optical processing companies and are very easy to operate.
Of course, we can also customize interferometers according to special requirements.
| Parameter | Measurement and units |
| Test Beam Diameter | 4 inches (102 mm) |
| Alignment FOV | 3 degrees |
| Optical Centerline | 4.25 in. (108 mm) |
| Laser Source | HeNe, Class IIIa |
| Wavelength | 632.8 nm |
| Polarization | Nominally circular |
| Camera Resolution | 1,024 x 1,024 pixels |
| Camera Frame Rate | 70 fps |
| Acquisition Time | 300ms |
| Digitization | 8, 10, 12 or 16 |
| Magnification | 1-6x motorized |
| Pupil Focus Range Motorized | ±2.5 m |
| Alignment | Twin spot |
| Hand Controller Remote | zoom, focus, intensity |
| Computer | High-performance PC, Latest Windows 64 bit |
| Software | Apre |
| Power | 100 to 240 VAC, 50/60 Hz |
| Temperature Range Operational | 15 to 30°C (59 to 86°F) |
| Storage Temperature Range | 0 to 50°C |
| Rate of Temp. Change | <1.0°C per 15 min |
| Humidity | 5 to 95% relative, non-condensing |
| Vibration Isolation | passive isolation system |
Vertical Interferometer
- High efficiency: It can be used in the industrial mass production for quick speed detection.
- Non-contact inspection method: to avoid surface damage.
PHASE SHIFT is applicable to optical machining site, which is easy to operate and has high test efficiency. The non-contact inspection method can be used to check the surface shape and radius of optical parts, as to avoid surface damage and there is no need to make test samples.
| Parameter | Measurement and units | |
| Principle | Fizeau interferometer | |
| Effective diameter | 100mm | |
| Interpretation of surface figure | visual Interpretation | |
| Measurement Range of radius | concave | 3-500mm |
| convex | According to the TS | |
| Max measurement diameter | According to the TS | |
| Wavelength | 632.8 nm | |
| Alignment | Twin spot | |
| Accuracy of radius | R>3-100mm ΔR≤0.01mm | |
| R>100-300mm ΔR≤0.03mm | ||
| R>300-500mm ΔR≤0.05mm | ||
| ΔR=|A-B| | ||
| Light source | He-Ne laser | |
| Vibration Isolation | air cushion vibration isolation | |
|
Other configuration
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Steel framed structure, marble platform, measuring system inverted, three-jaw holder, step motor lifting. | |
Transmission Spheres
MTS lens is a kind of precision lens with high quality that is specially used in the interferometer measurement for the surface shape of the optical part and the wave front of the optical system. The reference lens is made with fused silica. The precision of the reference lens can reach λ/20 or even higher.
| 60mm | 30mm | ||||||
| Type | F0.7 | F1.0 | F2.0 | F0.65 | F1.0 | F1.4 | F2.0 |
| F number | 0.7 | 1 | 2 | 0.65 | 1 | 1.4 | 2 |
| Radius of reference surface (mm) | 23.08 | 43.38 | 105.58 | 11.268 | 21.498 | 32 | 52 |
| Max.test diameter convex (mm) | Φ32 | Φ44 | Φ54.6 | Φ17 | Φ21.44 | Φ32 | Φ28 |
| Max.test radius convex (mm) | 21.45 | 41.64 | 102.9 | 10.86 | 20.348 | 30.386 | 50.366 |
| Transmitted Wavefront (PV) | <1.5λ | <1.5λ | <1λ | <1.5λ | <1.5λ | <1λ | <1λ |
| Quality of reference surface (PV) | λ/20 | ||||||
| Reflectivity of reference surface | 4% | ||||||
| Mechanical mount | Fujinon F601 Bayonett | ||||||
| 100mm | ||||||||
| Type | F0.75 | F1.5 | F3.3 | F5.6 | F7.2 | F11 | 4”-2”Converter | 4”-6”Converter |
| F number | 0.75 | 1.5 | 3.3 | 5.6 | 7.2 | 11 | ||
| Radius of reference surface(mm) | 48.34 | 121.47 | 309.13 | 530.43 | 686.49 | 1064.79 | ||
| Max.test diameter convex(mm) | Φ66 | Φ84 | Φ92.4 | Φ98 | Φ99 | Φ99 | ||
| Max.test radius convex(mm) | 45.7 | 119.01 | 294.44 | 521.37 | 678.8 | 1056.45 | ||
| Transmitted Wavefront(PV) | <1.5λ | <1.5λ | <1λ | <0.5λ | <0.5λ | <0.5λ | <3λ | <3λ |
| Quality of reference surface(PV) | λ/20 | |||||||
| Reflectivity of reference surface | 4% | |||||||
| Mechanical mount | Zygo Bayonett | |||||||
| 152.4mm Transmission Flat | ||||||||||
| Type | F1.1 | F2.2 | F3.2 | F5.3 | F7.2 | TF100 | TF150 | TF200 | TF300 | |
| F number | 1.1 | 2.2 | 3.2 | 5.3 | 7.2 | 100 | 150 | 200 | 300 | |
| Radius of reference surface (mm) | 123 | 290 | 476 | 776 | 1045 | |||||
| Max.test diameter convex (mm) | 117 | 143 | 144 | 144 | 144 | |||||
| Max.test radius convex (mm) | 121 | 271 | 451 | 751 | 1014 | |||||
| Transmitted Wavefront (PV) | <1.5λ | <1.5λ | <1.5λ | <1.5λ | <1.5λ | |||||
| Quality of reference surface (PV) | λ/20 | |||||||||
| Reflectivity of reference surface | 4% | |||||||||
| Mechanical mount | Zygo Bayonett | |||||||||