Why choose the MZDA1490 for your precision inspection needs? The MZDA1490 series (including MZDA1490BC Binocular and MZDA1490BTC Trinocular) stands out due to its unique coaxial illumination system. Unlike standard microscopes, it excels at capturing details on objects where high and low reflectivity coexist.
Simultaneous Observation: View your sample through the eyepieces and on a digital screen at the same time without losing image quality.
Erect Image: The visual observation provides an upright (erect) image, making specimen manipulation much more intuitive.
High Zoom Ratio: With a 1.4X to 9.0X zoom range (1:6.4 ratio), you can transition seamlessly from wide-field overview to high-detail inspection.
Superior Contrast: Specially designed for high-end research where clarity is non-negotiable.
| Optical Mag. | 14X~90X |
|---|---|
| Eyepieces | 10X/23mm |
| Zoom Ratio | 6.4:1 |
| Field of View | D15.7~D2.44 |
| Illuminator | LED coaxial illumination |
| Focus Holder | SF10 Fine-coarse Focus |
| Brand | MT |
| Stand | SD11J-D |
| Working Distance | 103mm |
| Item | Specifications |
|---|---|
| Model | MZDA1490BC (Binocular) / MZDA1490BTC (Trinocular) |
| Zoom Range | 1.4X ~ 9.0X |
| Zoom Ratio | 1:6.4 |
| Objective Zoom | 0.7X ~ 4.5X |
| C-mount Adapter | 1X (Standard), 0.5X (Optional) |
| Auxiliary Lens | 0.7X, 2.0X (Optional) |
| Total Magnification | 14X ~ 90X (with 10X eyepieces) |
| Field of View (FOV) | Φ15.7mm ~ Φ2.44mm |
| Illumination | Built-in Coaxial Illumination (High Contrast) |
Coaxial illumination directs light through the microscope’s optical path, hitting the sample perpendicularly. This is critical for flat, reflective surfaces like wafer, IC. By using the MZDA1490, light reflects directly back into the lens from flat areas while scattering away from defects or textures, creating the high-contrast “bright-field” image necessary for identifying micro-cracks or circuit errors.
Yes, our MZDA1490BTC model is specifically engineered for multitasking. We have seen many labs struggle with switching between a camera and eyepieces; this series solves that by splitting the light path. You get a clear, erect image in the eyepieces while providing a high-definition signal to your digital camera system.
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