Intes Micro is the world's only manufacturer of a whole series of Maksutov-Cassegrain telescopes of exceptionally good optical quality, which was previously only rarely achieved even by Carl ZEISS in Jena with their well-known Meniscas 180.
Each Maksutov-Cassegrain has main mirror focusing, but without any visible mirror-shift. Up to a diameter of 10", every telescope has the famous 2" Schmidt-Cassegrain connection thread on the back. Telescopes of over 10" also have a fixed primary mirror with eyepiece focuser possible.
Each telescope has an internal baffle system for effectively suppressing any stray light. The OTAs are painted in cream white and prepared for receiving a dew shield with baffles. With an ideally designed field flattener / focal length reducer of 0.80X (0.75X measured), and 0.60X (0.55X measured) shorter exposure times with wider image fields are possible, which stay pin-sharp right to the edge of the image. The focusing latitude provided by the main mirror focusing system allows the connection of almost any accessory.
ALTER M603
The Intes Micro Alter M603 is one of the most versatile Maksutov-Cassegrain telescopes. With an aperture of 152mm it has enough light-gathering power for serious deep-sky observing. At the same time the telescope is still extremely compact and portable. It is even generally suited for airline travelling. Its zero image shift primary mirror focus mechanism allows you to use nearly any accessories you like, including binoviewers for binocular observing, high quality 2" accessories and focal reducers for astronomical imaging.
It not only matters which telescope you buy but also where you buy it. Our additional services:
- We are a leading telescope dealer and know the devices we sell. Our customer service team will gladly help you after your purchase if you have problems with assembly or operation.
- We provide a copy of the 80-page Telescope ABC beginners handbook with every telescope.
- We also provide an edition of the exciting astronomy magazine, “Sterne und Weltraum” with each telescope.
