Through-the-Lens Loupes
ILLUCO TTL Galilean and Prismatic Loupes (Through-the-Lens)
TTL Loupes are custom made. After checkout, you'll receive an order form to specify your Pupillary Distance (PD), Working Distance (WD), and prescription details for a perfect fit.
Experience exceptional viewing with the lightweight ILLUCO TTL Loupes, offering high resolution and a wider field of view. Tailored to your needs, choose your frame style and magnification for precision and clarity. Configurable for optimal ergonomic performance, these loupes ensure comfort during extended use.
- ILLUCO TTL Loupes
- Case
- Cleaning Cloth
- Cleaning Solution
- 2 Head straps
- Extra Nose pad
- Extra Screws
- Screwdriver
- User Manual
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Largest Field of View in the Industry
Comparison of the field of view (FOV) for different magnification levels across various loupes models
| Magnification | Company A | Company B | Company C | Company D | ILLUCO |
|---|---|---|---|---|---|
| 2.5 X | 10.4 cm | 13.2 cm | 7 - 10 cm | 8.5 cm | 15 cm |
| 3.0 X | 7.9 cm | 9.9 cm | 5 – 8 cm | 7 cm | 12 cm |
| 3.5 X | 8.8 cm | 9 cm | 8 cm | 7.6 cm | 9.5 cm |
ILLUCO Loupes are designed to reduce strain and fatigue on the user's neck and back during prolonged use.
Anti-Reflection coatings are deposited onto optical surfaces to reduce specular reflectivity. These designs are optimized to create destructive interference with respect to the reflected light and will allow the maximum amount of light transmission without compromising image quality. BBAR coatings are designed to enhance transmission over a broader wavelength range compared to traditional AR coatings.
ILLUCO Loupes are designed to reduce strain and fatigue on the user's neck and back during prolonged use.
Anti-Reflection coatings are deposited onto optical surfaces to reduce specular reflectivity. These designs are optimized to create destructive interference with respect to the reflected light and will allow the maximum amount of light transmission without compromising image quality. BBAR coatings are designed to enhance transmission over a broader wavelength range compared to traditional AR coatings.
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