2" M48 T Tube Adapter

Enhance Your Astrophotography Setup: 2" M48 T Tube Adapter

Precision and Versatility in Astrophotography

Upgrade your astronomical photography experience with the 2" M48 T Tube Adapter. This precision-crafted adapter is designed for seamless integration with 2-inch telescope eyepieces and astrophotography filters, providing you with enhanced flexibility and image quality.

Key Features:

Precision Machined Construction

Crafted from machined, anodized aluminum, the T-Tube ensures durability and precision in every astrophotography session. The material's quality guarantees a long-lasting accessory that enhances your overall telescope setup.

Groove Design for Stability

The T-tube features a thoughtful groove design, providing better stability when inserted into the eyepiece tube. This ensures a secure and reliable connection, minimizing any unwanted movement during your observations or astrophotography sessions.

Threaded for Standard 2" Eyepiece Filters

The T-tube is threaded for standard 2-inch eyepiece filters, utilizing M48*0.75mm threads. Fully baffled to reduce reflections, this adapter allows you to experiment with various filters, expanding your imaging possibilities.

Low Profile Design

With a low profile of only 1.5mm, this T Tube Adapter offers a sleek and compact design. Its slim profile minimizes any impact on your telescope's focal length while providing a secure and stable connection for your astrophotography equipment.

Universal Compatibility

• Telescope Interface: 2 Inch (about 50.5mm)
• Camera T-ring Interface: M48x0.75mm
• Sleeve Internal Thread: M48x0.75mm (Only refers to the 10mm filter thread; the rest are extinction threads)
• Filter Thread Depth: 10mm
• Sleeve External Thread: M48x0.75mm

Package Includes:

Your purchase includes 1 x T-Adapter, ensuring a hassle-free and comprehensive upgrade to your astrophotography setup.

Elevate Your Astrophotography Game

Unleash the full potential of your telescope with the 2" M48 T Tube Adapter. Order now and experience precision, stability, and enhanced versatility in your astronomical imaging endeavors.