Valentine's Day Gift Teleskop Service 1.0x Flattener For Rc Telescopes - Full-sized M68 Connection Instant 50% Discount [7Dj2SGtf]

Teleskop Service 1.0x Flattener for RC Telescopes

The Teleskop Service 1.0x Flattener is a must-have accessory for all f/8 RC telescopes equipped with a 2.5-inch or larger focuser. Designed to correct the field without altering the focal length, this flattener ensures optimal image quality for your astrophotography endeavors. With a clear aperture of 60 mm, it provides full illumination for full-frame sensors when properly installed, making it an ideal choice for serious astronomers.

• Compatibility: Compatible with a wide range of telescopes, including Officina Stellare, CFF, GSO, TS, and AstroTec.
• Working Distance: Offers a generous working distance of 89.5 mm from the female M69x1 thread on the camera side, allowing for easy attachment of cameras and accessories.

Key Features and Specifications

The Teleskop Service 1.0x Flattener is crafted with precision and designed to enhance your telescope's performance. Here are some of its standout features and specifications:

• Field Flattening: Corrects the field without altering the focal length, ensuring sharp and crisp images across the entire field of view.
• Clear Aperture: Features a clear aperture of 60 mm, providing full illumination for full-frame sensors.
• Adapter Options: Offers various adapter options for connecting different camera systems, including M48x0.75, M68x1, and more.

Practical Uses and Applications

The Teleskop Service 1.0x Flattener is not just a tool for enhancing image quality; it's a versatile accessory that can be used in various astrophotography scenarios:

• Full-frame and Large Format Sensors: Compatible with both full-frame and large format sensors, making it a versatile choice for professional and amateur astronomers alike.
• Filter Wheels and Guiding: Features a long working distance of 89.5 mm, allowing for easy attachment of filter wheels or off-axis guiders.
• Optimal Illumination: Ensures full illumination for sensors, resulting in better image quality and reduced vignetting.