Brackets and mounts
Astronomical Telescope with Nanostructured Multilayer Filter (Exploded)
- Bounding box
- 11850 × 150 × 159 mm
- Engine
- 3D Printing B-rep
- Parameters
- 32
- Published
- November 4, 2026
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The prompt
Create a highly detailed, realistic 3D CAD model of an innovative astronomical telescope equipped with a removable nanostructured multilayer optical filter designed to reduce urban light pollution. MAIN COMPONENTS: 1. A professional astronomical refractor telescope with a realistic optical tube, objective lens, focusing assembly, and eyepiece/camera connection. 2. A compact removable optical filter cartridge installed inside the telescope's optical path, between the objective optics and the eyepiece or camera. 3. An enlarged cutaway view of the filter showing a transparent glass substrate coated with alternating ultra-thin dielectric layers of: - Titanium Dioxide (TiO2) - Silicon Dioxide (SiO2) 4. Show the multilayer coating as alternating transparent blue and violet layers. Make the coating visibly distinguishable in the 3D cutaway. 5. Include realistic optical components, mechanical mounting rings, filter housing, and precision alignment features. 6. Add a separate exploded view showing the glass substrate, individual dielectric layers, filter housing, and telescope mounting assembly. SCIENTIFIC VISUALIZATION: Show incoming light rays from a distant astronomical object entering the telescope. Illustrate the proposed filter's intended selective spectral transmission: reducing selected artificial-light wavelength bands while transmitting selected useful astronomical wavelengths. DESIGN STYLE: - Professional engineering CAD appearance. - Realistic mechanical proportions. - Accurate optical assembly layout. - Dark metallic telescope body. - Transparent glass and visible thin-film layers. - Clean white or light gray background. - Three-dimensional orthographic and isometric views. - Technical engineering presentation suitable for a science fair project. IMPORTANT: This is a proposed conceptual prototype, not a validated working device. Do not display invented performance measurements or claim a verified 85% improvement. Make all components separately identifiable and suitable for future engineering development.
Parameters
| Name | Value | Range |
|---|---|---|
| Layout gap along X | 1000 mm | 200 – 3000 |
| Tube length | 900 mm | 300 – 1500 |
| Tube outer diameter | 120 mm | 60 – 200 |
| Tube wall thickness | 3 mm | 1 – 6 |
| Objective aperture | 100 mm | 50 – 150 |
| Objective cell OD | 115 mm | 80 – 160 |
| Objective cell thickness | 35 mm | 20 – 60 |
| Ring ID | 130 mm | 80 – 180 |
| Ring width | 20 mm | 10 – 40 |
| Ring spacing | 300 mm | 100 – 600 |
| Dovetail bar length | 200 mm | 100 – 400 |
| Focuser body length | 120 mm | 60 – 200 |
| Focuser body OD | 70 mm | 40 – 100 |
| Eyepiece adapter length | 80 mm | 50 – 150 |
| Adapter main OD | 55 mm | 30 – 80 |
| Cartridge OD | 80 mm | 50 – 120 |
| Cartridge thickness | 25 mm | 10 – 50 |
| Filter glass diameter | 50 mm | 20 – 80 |
| Filter glass thickness | 3 mm | 1 – 6 |
| Retaining bezel OD | 55 mm | 30 – 80 |
| Retaining bezel thickness | 2 mm | 1 – 6 |
| Quick release mount OD | 90 mm | 50 – 130 |
| Quick release mount thickness | 15 mm | 8 – 30 |
| Number of dielectric layers | 30 mm | 20 – 40 |
| Visual layer thickness | 0.5 mm | 0.2 – 2 |
| Visual gap between layers | 0.4 mm | 0.1 – 2 |
| Coating layer diameter | 50 mm | 20 – 80 |
| Cutaway length | 150 mm | 100 – 250 |
| Cutaway width | 80 mm | 50 – 150 |
| Cutaway height | 50 mm | 30 – 100 |
| Ray overlay length | 800 mm | 300 – 1600 |
| Ray overlay diameter | 2 mm | 1 – 6 |
Every value above is a live dimension. Open a model like this in the editor and each one becomes a slider you can drag before exporting.
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