YC60D Interferometer (Flagship Type)
The YC60D flagship laser interferometer places the lens below, with a Φ60mm clear aperture and good vibration isolation. It suits rapid online or quality-department batch inspection of spherical lenses and flat mirrors. Standard lenses: F0.6/F0.7/F1.0/F1.5/F2.0/F3.0/F4.5/F5.6/F8.0/F8D/F16/TF plane lenses. Other F numbers can be customized.
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Overview
The YC60D flagship laser interferometer places the lens below, with a Φ60mm clear aperture and good vibration isolation. It suits rapid online or quality-department batch inspection of spherical lenses and flat mirrors. Standard lenses: F0.6/F0.7/F1.0/F1.5/F2.0/F3.0/F4.5/F5.6/F8.0/F8D/F16/TF plane lenses. Other F numbers can be customized.
Specifications
| Parameter | Value |
|---|---|
| Interferometric Principle [Respective Parameter Image 01; YC60D Configuration] | Fizeau Type |
| System Accuracy [Respective Parameter Image 01; YC60D Configuration] | Better than λ/20 |
| Effective Beam Diameter [Respective Parameter Image 01; YC60D Configuration] | φ60 |
| Test Wavelength [Individual Parameter Image 01; YC60D Configuration; Imported High-Power LD] | 633 nm |
| Optical Path Switching [Respective Parameter Image 01; YC60D Configuration] | Electrically Controlled Switching Between Alignment and Testing |
| Response Frequency [Individual Parameter Image 01; YC60D Configuration; Source Names and Units Retained] | 0.5 S |
| Alignment Method [Respective Parameter Image 01; YC60D Configuration] | Crosshair Alignment |
| Alignment Angle [Respective Parameter Image 01; YC60D Configuration] | ±3 ° |
| Standard Spherical Lens Accuracy [Individual Parameter Image 01; YC60D Configuration; @632.8nm] | λ/20 |
| Standard Plane Lens Accuracy [Individual Parameter Image 01; YC60D Configuration; @632.8nm] | λ/20 |
| Standard Plane Lens Material [Respective Parameter Image 01; YC60D Configuration] | Imported Fused Silica |
| Material Homogeneity [Respective Parameter Image 01; YC60D Configuration; Plane Lens] | Better than 2 |
| Material Stress [Respective Parameter Image 01; YC60D Configuration; Plane Lens] | Better than 2 |
| Guide Rail [Respective Parameter Image 01; YC60D Configuration] | Taiwan HIWIN Brand Guide Rails |
| Instrument Dimensions [Respective Parameter Image 01; YC60D Configuration; Length × Width × Height] | 320 mm × 200 mm × 1070 mm |
| Instrument Weight [Respective Parameter Image 01; YC60D Configuration] | 55.2 KG |
| Operating Power Supply [Respective Parameter Image 01; YC60D Configuration] | 12V/5A |
| Image Analysis [Respective Parameter Image 01; YC60D Configuration] | 2/3 Inch; Resolution ≥2K×2K |
| Image Focusing Mode [Respective Parameter Image 01; YC60D Configuration] | Manual |
| Test System Guide Rail Length [Respective Parameter Image 01; YC60D Configuration] | 640 mm |
| Effective Test Travel [Respective Parameter Image 01; YC60D Configuration] | 520 mm |
| Inspection Fixture [Respective Parameter Image 01; YC60D Configuration] | Universal Fixture |
| Dedicated Vibration Isolation Platform [Respective Parameter Image 01; YC60D Configuration] | Practical Field Type |
| Motorized Lifting Worktable [Respective Parameter Image 01; YC60D Configuration] | Standard Configuration |
| Instrument Table [Respective Parameter Image 01; YC60D Configuration] | Custom Version (Ergonomic Design, Convenient and Efficient Operation) |
| Ambient Temperature Requirements [Individual Parameter Image 01; YC60D Configuration; Optimal Measurement Performance] | 22±2 °C |
| Ambient Temperature Variation Requirements [Respective Parameter Image 01; YC60D Configuration] | <0.5 °C/h |
| Ambient Humidity Requirements [Respective Parameter Image 01; YC60D Configuration; Relative Humidity] | 50~65 % |
| Display [Respective Parameter Image 01; YC60D Configuration] | High-Definition Domestic 15-Inch |
| Reference mirror radius of curvature [Standard/Reference Lens Configuration; F-Number=YC-60-F0.6] | 17 mm |
| Radius of curvature measurement range [Standard/Reference Lens Configuration; F-Number=YC-60-F0.6; Convex] | 2~15 mm |
| Radius of curvature measurement range [Standard/Reference Lens Configuration; F-Number=YC-60-F0.6; Concave] | 1–152–122 |
| Maximum measurement aperture [Standard/Reference Lens Configuration; F-Number=YC-60-F0.6; Convex] | 22 mm |
| Maximum measurement aperture [Standard/Reference Lens Configuration; F-Number=YC-60-F0.6; Concave] | 99 mm |
| Reference mirror radius of curvature [Standard/Reference Lens Configuration; F-Number=YC-60-F0.7] | 23 mm |
| Radius of curvature measurement range [Standard/Reference Lens Configuration; F-Number=YC-60-F0.7; Convex] | 2~21 mm |
| Radius of curvature measurement range [Standard/Reference Lens Configuration; F-Number=YC-60-F0.7; Concave] | 2~139 mm |
| Maximum measurement aperture [Standard/Reference Lens Configuration; F-Number=YC-60-F0.7; Convex] | 29 mm |
| Maximum measurement aperture [Standard/Reference Lens Configuration; F-Number=YC-60-F0.7; Concave] | 99 mm |
| Reference mirror radius of curvature [Standard/Reference Lens Configuration; F-Number=YC-60-F1.0] | 43 mm |
| Radius of curvature measurement range [Standard/Reference Lens Configuration; F-Number=YC-60-F1.0; Convex] | 4~41 mm |
| Radius of curvature measurement range [Standard/Reference Lens Configuration; F-Number=YC-60-F1.0; Concave] | 4~202 mm |
| Maximum measurement aperture [Standard/Reference Lens Configuration; F-Number=YC-60-F1.0; Convex] | 43 mm |
| Maximum measurement aperture [Standard/Reference Lens Configuration; F-Number=YC-60-F1.0; Concave] | 99 mm |
| Reference mirror radius of curvature [Standard/Reference Lens Configuration; F-Number=YC-60-F1.5] | 75 mm |
| Radius of curvature measurement range [Standard/Reference Lens Configuration; F-Number=YC-60-F1.5; Convex] | 5~72 mm |
| Radius of curvature measurement range [Standard/Reference Lens Configuration; F-Number=YC-60-F1.5; Concave] | 7~305 mm |
| Maximum measurement aperture [Standard/Reference Lens Configuration; F-Number=YC-60-F1.5; Convex] | 49 mm |
| Maximum measurement aperture [Standard/Reference Lens Configuration; F-Number=YC-60-F1.5; Concave] | 99 mm |
| Reference mirror radius of curvature [Standard/Reference Lens Configuration; F-Number=YC-60-F2.0] | 105 mm |
| Radius of curvature measurement range [Standard/Reference Lens Configuration; F-Number=YC-60-F2.0; Convex] | 8~102 mm |
| Radius of curvature measurement range [Standard/Reference Lens Configuration; F-Number=YC-60-F2.0; Concave] | 9~368 mm |
| Maximum measurement aperture [Standard/Reference Lens Configuration; F-Number=YC-60-F2.0; Convex] | 51 mm |
| Maximum measurement aperture [Standard/Reference Lens Configuration; F-Number=YC-60-F2.0; Concave] | 99 mm |
| Reference mirror radius of curvature [Standard/Reference Lens Configuration; F-Number=YC-60-F3.0] | 164 mm |
| Radius of curvature measurement range [Standard/Reference Lens Configuration; F-Number=YC-60-F3.0; Convex] | 12~161 mm |
| Radius of curvature measurement range [Standard/Reference Lens Configuration; F-Number=YC-60-F3.0; Concave] | 21~295 mm |
| Maximum measurement aperture [Standard/Reference Lens Configuration; F-Number=YC-60-F3.0; Convex] | 52 mm |
| Maximum measurement aperture [Standard/Reference Lens Configuration; F-Number=YC-60-F3.0; Concave] | 113 mm |
| Reference mirror radius of curvature [Standard/Reference Lens Configuration; F-Number=YC-60-F4.5] | 255 mm |
| Radius of curvature measurement range [Standard/Reference Lens Configuration; F-Number=YC-60-F4.5; Convex] | 20~252 mm |
| Radius of curvature measurement range [Standard/Reference Lens Configuration; F-Number=YC-60-F4.5; Concave] | 21~213 mm |
| Maximum measurement aperture [Standard/Reference Lens Configuration; F-Number=YC-60-F4.5; Convex] | 55 mm |
| Maximum measurement aperture [Standard/Reference Lens Configuration; F-Number=YC-60-F4.5; Concave] | 45 mm |
| Reference mirror radius of curvature [Standard/Reference Lens Configuration; F-Number=YC-60-F5.6] | 320 mm |
| Radius of curvature measurement range [Standard/Reference Lens Configuration; F-Number=YC-60-F5.6; Convex] | 26~317 mm |
| Radius of curvature measurement range [Standard/Reference Lens Configuration; F-Number=YC-60-F5.6; Concave] | 27~230 mm |
| Maximum measurement aperture [Standard/Reference Lens Configuration; F-Number=YC-60-F5.6; Convex] | 56 mm |
| Maximum measurement aperture [Standard/Reference Lens Configuration; F-Number=YC-60-F5.6; Concave] | 41 mm |
| Reference mirror radius of curvature [Standard/Reference Lens Configuration; F-Number=YC-60-F8.0] | 468 mm |
| Radius of curvature measurement range [Standard/Reference Lens Configuration; F-Number=YC-60-F8.0; Convex] | 39~465 mm |
| Maximum measurement aperture [Standard/Reference Lens Configuration; F-Number=YC-60-F8.0; Convex] | 58 mm |
| Reference mirror radius of curvature [Standard/Reference Lens Configuration; F-Number=YC-60-F8D] | 495 mm |
| Radius of curvature measurement range [Standard/Reference Lens Configuration; F-Number=YC-60-F8D; Concave] | 498~1045 mm |
| Maximum measurement aperture [Standard/Reference Lens Configuration; F-Number=YC-60-F8D; Concave] | 99 mm |
| Reference mirror radius of curvature [Standard/Reference Lens Configuration; F-Number=YC-60-F16] | 950 mm |
| Radius of curvature measurement range [Standard/Reference Lens Configuration; F-Number=YC-60-F16; Convex] | 321~947 mm |
| Maximum measurement aperture [Standard/Reference Lens Configuration; F-Number=YC-60-F16; Convex] | 59 mm |
| Reference mirror radius of curvature [Lens Configuration; YC-60-TF] | Plane |
Applications
Measures Surface Fringe Count and Local yasi (Source Term) of Spherical Elements, Including Glass/Plastic Lenses, Mirrors, Fringe Gauges and Spherical Bearings; Also Measures These Properties on Planar Elements Such as Plane Mirrors, Crystals, Ceramics and Gauge Blocks.
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Supplier Information
Suzhou Yuchuan Optical Technology Co., Ltd. was established on May 2, 2012, and is currently located in the Changshun Chuanggu Industrial Park, Jinfeng Town, Zhangjiagang City, Jiangsu Province. With decades of working background in foreign enterprises and professional technical strength, the team has always adhered to the service tenet of 'unity, pragmatism, innovation, and trustworthiness' and the quality philosophy of 'excellence based on precision, winning by quality' to keep forging ahead. It has established good cooperative relationships with more than 300 domestic and foreign enterprises. The company specializes in the production and sales of high-precision optical components and optical templates, as well as the R&D, design, production, and sales of optical inspection equipment, providing a one-stop service. The products are applied in fields such as optical parts processing enterprises, projection, image capture, artificial intelligence & industrial equipment, and lighting systems. The company owns multiple imported processing equipment and measuring instruments, ensuring the precision and quality reliability of products.
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