Universal 3-Axis Digiscoping Adapter Mount for Phone Camera Telescope Binocular Monocular Microscope Connection Setup

REVOLUTIONARY PRECISE 3-AXIS DESIGN: The telescope phone mount features precise 3-direction adjustment—up/down, left/right, and forward/backward—to align your smartphone camera with the eyepiece accurately. Z-axis adjustment helps achieve optimal eye relief for capturing clear images and videos of celestial objects, wildlife, and other distant subjects with your smartphone. ALL-METAL CONSTRUCTION, NO SAGGING: Made from rigid aluminum alloy, this universal digiscoping adapter is robust and durable. It does not bend, tilt, or warp, holding your smartphone securely and perpendicular to the telescope eyepiece to maximize stability and minimize shaking. Rubber pads on both the eyepiece clip and smartphone clamp protect your devices from abrasion. HIGH-PRECISION FINE-TUNING: This smartphone adapter for telescopes is engineered and machined for precise alignment with the lens. Easy-to-reach fine-tuning knobs enable stable and accurate adjustments. Firm grippers hold both the smartphone and eyepiece securely in place. ONE SIZE FITS MOST: This spotting scope phone adapter fits most smartphones (width: 2.36–3.44 inches / 60–87.5 mm), regardless of camera design or weight. It accommodates eyepieces with outer diameters of 0.86–2.4 inches (22–61 mm), compatible with most telescopes, spotting scopes, monoculars, binoculars, and microscopes. This versatile adapter eliminates the need to purchase new adapters when upgrading smartphones or optical devices. COMPACT AND PORTABLE: The 3-axis digiscoping adapter is sleek and lightweight—ideal for any digiscoping adventure. A must-have tool for astronomers, nature photographers, birdwatchers, and travelers. Color: Black-Red Material: Metal Package Contents: 1 × Digiscoping Adapter Note: Light reflection and display settings may cause slight color variation between the image and the actual product. Measurement tolerance: ±1–3 cm. Slight dimensional differences may occur due to manual measurement.