ADM Accessories CGEM-CW: Enhanced Counterweight Shaft for Celestron CGEM Celestron CGEM Compatibility: Tailor-made for Celestron CGEM mounts, this replacement counterweight shaft is designed to perfectly complement your existing setup. High-Quality Construction: Precision CNC machined from 6061 aluminum, ensuring the shaft is both durable and reliable for extensive astronomical use. Distinctive Orange Anodized Finish: Not only does the orange anodized coating add a vibrant touch to your telescope, but it also provides additional protection against wear and tear. Ergonomic Rosette Saddle Knobs: Features large 2″ round, 1.5″ long rosette saddle knobs for easy adjustments and secure locking of the counterweight. Optimized Weight and Dimensions: With an M8-1.25 x 2.4″ threading and a weight of 8 oz, this shaft offers the ideal balance between functionality and ease of handling. Extended 22" Length: The 22-inch long shaft increases the effective counterbalance, improving the stability and performance of your Celestron CGEM mount. Lightweight for Enhanced Portability: Despite its robust aluminum build, the shaft is designed to be lightweight, ensuring it doesn't add unnecessary weight to your setup. Professional Grade Upgrade: A must-have for serious astronomers seeking to enhance the precision and efficiency of their Celestron CGEM telescope mount. Improves Telescope Stability: By providing a longer counterweight bar, it significantly enhances the balance and stability of your telescope for better observation and imaging. Easy Installation: Designed for straightforward installation, this counterweight shaft allows for a hassle-free upgrade, enhancing your astronomical experience. The ADM Accessories CGEM-CW Replacement Counterweight Shaft is the ideal upgrade for astronomers looking to optimize the performance of their Celestron CGEM mount. Combining superior materials with a thoughtful design, including ergonomic saddle knobs and an attractive orange finish, this shaft not only improves the aesthetics of your setup but also significantly enhances its stability and balance, ensuring more accurate and enjoyable astronomical observations.
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