The new TS Photoline 150 mm f/8 Apo convinces with its high optical performance, neat chromatic correction and very good mechanics - with large 3.7" focuser for astrophotography with large sensors
Aperture 150 mm / focal length 1200 mm / focal ratio f/8
Very good chromatic correction due to color-pure imaging by "Extra-Low-Dispersion" FPL53 APO element from Ohara (Japan) and lanthanum glass element
Fast cooling due to the 2-element objective design
With only 9.5 kg the telescope is still transportable and can be carried by mounts from EQ6 upwards
3.7" focuser with 360° rotation - rack and pinion - one of the best focusers in its class
Multi-coated objective and inner baffles for optimal contrast
M92x1 and M68x1 female threads are available for screw adaptions - illumination up to full frame format is given
Working distance 130 mm from the 2" receptacle or 230 mm without extension between focuser and tube
Slide-in dew shield, CNC tube rings, finder shoe, dovetail bar and carrying handle are included in the scope of delivery
Suitable correctors and focal length reducers for astrophotography are available
Each apo is checked and optimally adjusted on the optical bench at Teleskop-Service before shipment. Upon request, we will send an optics test (stellar imaging focal, extrafocal, intrafocal and Ronchi) with it.
An ultimate and compact APO refractor for astrophotography and observation.
Aperture 110 mm / focal length 528 mm / focal ratio f/4.8
FCD100 triplet lens with f/6 - chromatic correction comparable to FPL53 triplet
4-element 0.8x corrector with M48 camera connection and working distance of 55 mm included - designed for this lens for highest field sharpness
2" filter thread and 360° rotation included
2" Visual-Back can be screwed to the focuser instead of the corrector for observation - working distance suitable for 1.25" and 2" accessories
Delivery in high-quality carrying case
Each apo is tested (cosmetics, optics and mechanics) at Teleskop-Service before shipment, the optics are collimated. The apo is shipped with a checklist.
The FLT 91 is the perfect apochromatic refractor for visually and photographically observing astronomers who demand the most from a medium-sized telescope.
Three-element design with FPL53 glass
91 mm aperture, 540 mm focal length
Rack and pinion focuser with gear reduction and "Rotolock" clamp
Field rotator with degree markings and position lock
This long focal ratio flatfield apochromat support 60 mm image circle and does not need calculations for backfocus. If the image is sharp, the field is flat.
130 mm aperture, 1000 mm focal length, f/7.7
Petzval like, self flattening design with two ED elements
3.4" dual speed focuser
2" and 1.25" receptacles, M68, M54 and M48 threads
This 2-element SD is a truly perfect telescope for the ultimate in wide-field observing. The stars are absolutely pinpoint, as only an well corrected apochromatic refractor can produce.
Professional Modified Maksutov-Cassegrain telescope with 260 mm aperture - ideal for professional observation and photography of planets, planetary nebulae and other compact celestial objects
The eVscope 2 combines power and speed with expert optical knowledge to deliver the most immersive experience in space exploration.
Leveraging Nikon's pioneering expertise in electronic eyepieces, the eVscope 2 offers the most stunning visual experience ever seen in a consumer telescope, with enhanced image resolution of 7.7 MPx, state-of-the-art observing comfort and amazing detail, sharpness and zoom capability.
Quick to set up and ready to go
Track real-time observations directly on the display
The eVscope 2 combines power and speed with expert optical knowledge to deliver the most immersive experience in space exploration.
Leveraging Nikon's pioneering expertise in electronic eyepieces, the eVscope 2 offers the most stunning visual experience ever seen in a consumer telescope, with enhanced image resolution of 7.7 MPx, state-of-the-art observing comfort and amazing detail, sharpness and zoom capability.
Quick to set up and ready to go
Track real-time observations directly on the display