List of products by brand iOptron

This narrowband line filter is designed for astrophotography, specifically to enhance the visibility of emission nebulae by isolating key oxygen emission lines. By suppressing unwanted background light, it increases contrast and reveals fine structural details in nebulae. The filter is optimized for imaging rather than visual observing and is best suited for deep-sky photography under light-polluted or dark-sky conditions.

This H-alpha filter transmits light at a wavelength of 656 nm, making it an excellent choice for narrowband astrophotography. It delivers high-contrast images and reveals fine nebular details, even when imaging from locations affected by strong light pollution.

The SII narrowband filter is designed for nebula astrophotography and transmits light centered at a wavelength of 672 nm. With a narrow bandpass, it enhances contrast and isolates sulfur emission, making it well suited for imaging emission nebulae, planetary nebulae, and supernova remnants. For astrophotographers seeking the classic Hubble Space Telescope–style appearance, such as the iconic “Pillars of Creation” in the Eagle Nebula (Messier 16), the SII filter is a natural addition after H-alpha and OIII filters. Like H-alpha, SII operates in the deep red region of the spectrum near 672 nm.

With the HAE18C, iOptron delivers a compact and highly portable dual-mode mount that can be used in either azimuth or equatorial (parallactic) configuration. It supports payloads of up to 8.5 kg without a counterweight and up to 12 kg with a counterweight. The counterweight and tripod are optional accessories and are not included as standard. iOptron’s proven Go2Nova® technology provides access to a database of 212,000 celestial objects and supports ASCOM compatibility. Thanks to integrated Wi-Fi, the mount can be controlled wirelessly via a smartphone or tablet using the iOptron Commander Lite app.

With the HAE series, iOptron introduces a mount featuring dual strain wave gearing on both axes, eliminating the need for heavy counterweights and a bulky counterweight shaft. Payload capacity can be further increased with optional counterweights if required. The black anodized, CNC-machined metal housing combines an elegant appearance with a rigid and durable mechanical platform suitable for demanding astrophotography and observing applications.

With the HAE series, iOptron presents a mount that uses dual strain wave gearing on both axes, eliminating the need for heavy counterweights and a bulky counterweight shaft. Payload capacity can still be increased by adding optional counterweights when required. The black anodized, CNC-machined metal housing combines a refined appearance with a rigid and durable mechanical platform, suitable for demanding astronomical use. A distinctive feature is the electronic friction brake, which immediately stops all mount movement if the power supply is accidentally interrupted.

With the HAE series, iOptron introduces a mount that uses dual strain wave gearing on both axes, removing the need for heavy counterweights and a bulky counterweight shaft. Payload capacity can still be increased with optional counterweights when required. The black anodized, CNC-machined metal housing offers an elegant appearance while providing a solid and durable platform for both imaging and observing. A key feature is the electronic friction brake, which instantly stops all mount movement if the power supply is unintentionally interrupted.

The iOptron HAZ130 Alt-Az mount features dual strain wave gear drives and represents the highest payload-capacity SWG mount in the iOptron lineup. It is engineered to support extremely large instruments, including telescopes as substantial as a 20-inch f/8 RC truss optical tube, with a maximum payload capacity of up to 60 kg. The mount provides full GoTo pointing and Alt-Az tracking, controlled either via the included 8411 hand controller with OLED display or through independent computer control.

PoleMaster is a high-precision, easy-to-use electronic polar alignment scope designed to make accurate polar alignment fast and straightforward. Achieving precise alignment can otherwise take a long time, and even a small bump to the mount can force you to start over. While mounts such as iOptron’s center-balanced equatorial models allow quicker alignment through built-in polar scopes, they still require awkward positioning and physical effort during setup. The most direct method of polar alignment is to locate the true north point and match it with the rotation center of the right ascension axis.

This compact star tracker is designed as a powerful yet ultra-portable solution for DSLR cameras, weighing just 720 grams while smoothly tracking camera and lens combinations of up to 4 kg. Its impressive performance is made possible by modern strain wave gear technology, an area in which iOptron pioneered industry-standard applications for astronomical mounts. That experience is now built into this remarkably small device.

The MiniPier has a compact and sturdy design, measuring 15 cm in height with a diameter of 25 mm and a total weight of 0.5 kg (1.1 lb), making it easy to transport while providing solid support.

This precision-adjustable equatorial base is designed for use with SkyHunter, SkyGuider Pro, and SkyTracker Pro mounts, providing accurate polar alignment for astrophotography and tracking applications. A built-in bubble level helps ensure proper setup, while the Vixen-style dovetail saddle allows secure mounting of compatible equipment. The base offers a wide altitude adjustment range from 0° to 90°, making it suitable for use at any latitude.