Delphi-X Observer
State-of-the-art microscopes for advanced Life Science applications.
The ergonomic design and outstanding state-of-the-art objectives make the Delphi-X Observer the ideal microscope for advanced Life Science applications such as cytology and anatomopathology. The 25 mm field of view of the eyepieces and the plan apochromatic objectives enable observations with perfect color rendering at high resolving power
With 25 mm field of view, unsurpassed 60 mm EIS objectives, sextuple revolver and a large rackless stage with scratch-resistant Gorilla glass the Delphi-X Observer offers the absolute best available Life Science microscope on the market. Long working sessions will not be a problem due to the ergonomic design, low stage controls for either left or right handed users and an optional ergonomic tilting head to match each user requirement
Delphi-X Observer
Spezifikation:
Eyepieces: DIN Super Wide field SWF 10x/25 mm, Ø 30 mm eyepieces (DIN Super Wide Field SWF 10x/22 mm, Ø 30 mm eyepieces also available on special request)
Head: Siedentopf trinocular with 30° inclined tubes. Interpupillary distance adjustable between 47 and 78 mm. 3-Position beamsplitter (0:100/ 100:0/ 80:20). Diopter adjustment on both eyepieces. (Ergonomic tilting head, Face-to-face dual head or multihead system available)
Nosepiece: Revolving sextuple reversed nosepiece on ball-bearings.
Objectives (clinical routine laboratories): Infinity corrected Plan Achromatic EIS 4x/0.10 working distance 30 mm,10x/0.25 working distance 10.2 mm, 20x/0.40 working distance 12.0 mm, s40x/0.65 working distance 0.7 mm, s100x/1.25 (oil immersion) working distance 0.2 mm objectives (Optional: 2x/0.06 working distance 7.5 mm, S50x/0.95 (oil immersion) working distance 0.19 mm and S60x/0.80 working distance 0.30 mm)
Objectives (anatomo- and histopathology laboratories) Infinity corrected Plan Semi-Apochromatic EIS 4x/0.13 working distance 16.5 mm, 10x/0.30 working distance 8.1 mm, 20x/0.50 working distance 2.1 mm, s40x/0.75 working distance 0.70 mm, s100x/1.30 (oil immersion) 0.15 mm objectives
Objectives (phase contrast) Infinity corrected Plan Phase EIS 10x/0.25 working distance 10.2 mm, 20x/0.40 working distance 12 mm, s40x/0.65 working distance 0.7 mm, s100x/1.25 (oil immersion) working distance 0.2 mm objectives
Stage: 190 x 152 mm stage with 78 x 32 mm integrated right-handed mechanical stage. Standard supplied with robust and scratch-resistant Gorilla glass. Left-handed mechanical stage available on request (Order reference: Add -L to product number). (Optional: Sapphire glass available on request)
Focusing: Coaxial coarse and fine adjustment, 100 graduations, 1 µm precision, 100 µm per rotation, total travel approximately 35 mm. Supplied with an adjustable rack stop to prevent damage to sample and objectives. The coarse adjustments are equipped with friction control
Condenser: (for brightfield) In height adjustable N.A. 0.90/1.25 Abbe swing-out condenser
Condenser: (for phase contrast) In height adjustable N.A. 1.25 Zernike phase contrast condenser with phase annuli for 10/20/40x and S100x-oil objectives
Diascopic illumination : Two illuminations are available for the Delphi-X Observer microscope: • Diascopic intensity adjustable 3 W NeoLED™ illumination with internal 100-240 V power supply • Diascopic intensity adjustable 100 W halogen illumination with internal 100-240 V power supply The diascopic halogen illumination comes with 2 push-in/push-out neutral density filters for smooth attenuation of the light intensity for all kind of samples. The diascopic NeoLED™ illumination comes with 1 neutral density filter
NeoLED™ The innovative NeoLED™ design is a combination of a custom LED and a specially designed thin lens with a short focal length in order to obtain three main benefits: • More oblique light from the LED lightsource can be captured, which increases the light output significantly • Less energy is required to achieve this level of light intensity • The larger aperture of NeoLED™ allows the optical systems of the microscope to produce images at higher resolutions, very close to the theoretical diffraction limit of the optics
Icare sensor: The unique iCare Sensor is developed to avoid unnecessary loss of energy. The illumination of the microscope automatically switches off shortly after microscopists step away from their position
Carrying grip: The carrying grip at the back of the microscope ensures safe transportation of the microscope and the integrated tool & holder makes sure the right tool is always available
