High-Magnification Telescope Accessory

Enhance your astronomical observations with the ACEHE 3X Metal Barlow Lens, designed to significantly increase the magnification of your existing telescope eyepieces.

• 3X magnification boost for detailed celestial viewing
• Durable metal construction for longevity
• Standard 1.25-inch (31.7mm) barrel fits most telescopes

Precision Optical Design

This Barlow lens features a double-element optical design, minimizing chromatic aberration and delivering sharper, clearer images of planets, the moon, and deep-sky objects.

• Wide-angle design for a comfortable field of view
• M42x0.75 pitch for potential adapter compatibility

Easy Integration and Use

Simply insert the ACEHE 3X Barlow lens into your telescope's focuser or diagonal, then insert your eyepiece into the Barlow lens. This straightforward process allows for quick setup and immediate use, making it ideal for both novice and experienced astronomers.

• Effortless setup for immediate magnification increase
• Compatible with standard 1.25-inch eyepieces and diagonals

Specifications

Specifications:

• Type: Barlow Lens
• Model Number: 3Xelement
• Focus Type: Wide-Angle Lens

Frequently Asked Questions:

What is the magnification of this Barlow lens?

This ACEHE Barlow lens provides a 3X magnification boost. It triples the power of any eyepiece it is used with, allowing for more detailed viewing of celestial objects.

What size telescope eyepiece does this lens fit?

The lens has a standard 1.25-inch (31.7mm) barrel diameter. This size is compatible with the vast majority of modern telescope focusers and eyepieces.

What is the M42x0.75 pitch used for?

The M42x0.75 pitch thread on the lens allows for the attachment of specific adapters, such as T-rings for astrophotography, enabling connection to DSLR cameras.

What does 'double element' mean for this lens?

A double-element design means the lens is constructed from two separate optical pieces. This configuration helps to correct for optical aberrations like chromatic aberration, resulting in sharper images.