MICROSCOPE DELPHI-X OBSERVER
|o More than 50 different models in design and functionality for almost any application
The objective lens is facing inwards up to 6 positions for the objective
o Eyepieces ultra wide field of view SWF 10x / 25 mm, Ø 30 mm lens
o EIS enhanced infinity system
o Ergonomically inclined observation head
o 60 mm parafocal Plan EIS objective
o Objectives Plan Semi-Apochromatic parafocal EIS 60 mm
|o Export M25 connector mm objective lens
o Light Source ™ 3 W NeoLED
o Light source 100 W halogen
o The system of observing heads facing each other
o Multi-head observation system
o Motorized versions for rim lenses
Models with tri-eye view head (with flexible ergonomic angle)
|MODELS||Observing head with flexible tilt angle||SWF eyepiece 10x / 25 mm||6 position glass rims||Plan 4/10/20 / S40 / S100x oil EIS objectives||Plan Semi-Apo 4/10/20 / S40 / S100x oil EIS objectives||Plan Phase 10/20 / S40 / S100x oil EIS objectives||3W NeoLED ™ Köhler light source||Light source 100 W 24 V Köhler halogen|
|DX.1153 ‑ PLi||•||•||•||•|
|DX.1158 ‑ PLi||•||•||•||•||•|
|DX.1153 ‑ APLi||•||•||•||•|
|DX.1158 ‑ APLi||•||•||•||•||•|
|DX.1153 ‑ PLPHi||•||•||•||•|
|DX.1158 ‑ PLPHi||•||•||•||•||•|
|DX.2153 ‑ PLi||•||•||•||•|
|DX.2158 ‑ PLi||•||•||•||•||•|
|DX.2153 ‑ APLi||•||•||•||•|
|DX.2158 ‑ APLi||•||•||•||•||•|
|DX.2153 ‑ PLPHi||•||•||•||•|
|DX.2158 ‑ PLPHi||•||•||•||•||•|
The first system observes opposite each other
|MODELS||Total users||SWF 3 eyepiece eyepiece 10x / 25 mm||SWF binocular eyepiece 10x / 22 mm||Platen up to 6 positions||Plan 4/10/20 / S40 / S100x oil EIS objectives||Plan Semi-Apo Fluarex 4/10/20 / S40 / S100x oil EIS objectives||Plan Phase 10/20 / S40 / S100x oil EIS objectives||3 W NeoLED ™ Köhler light source||Light source 100 W 24 V Köhler halogen|
|DX.1154 ‑ PLi||2||1x||1x||•||•||•|
|DX.1154 ‑ APLi||2||1x||1x||•||•||•|
|DX.1154 ‑ PLPHi||2||1x||1x||•||•||•|
|DX.2154 ‑ PLi||2||1x||1x||•||•||•|
|DX.2154 ‑ APLi||2||1x||1x||•||•||•|
|DX.2154 ‑ PLPHi||2||1x||1x||•||•||•|
Multi-head observation system
|MODELS||Total users||SWF 3 eyepiece eyepiece 10x / 25 mm||Number of heads observed two eyes||SWF binocular eyepiece 10x / 25 mm||6 position glass rims||Plan 4/10/20 / S40 / S100x oil EIS objectives||Plan Semi-Apo Fluarex 4/10/20 / S40 / S100x oil EIS objectives||Plan Phase 10/20 / S40 / S100x oil EIS objectives||3 W NeoLED ™ Köhler light source||Light source 100W 24V Köhler halogen|
|DX.1156 ‑ PLi / 2||2||1x||first||•||•||•||•|
|DX.1156 ‑ PLi / 3||3||1x||2||•||•||•||•|
|DX.1156 ‑ PLi / 5||5||1x||4||•||•||•||•|
|DX.1156 ‑ APLi / 2||2||1x||first||•||•||•||•|
|DX.1156 ‑ APLi / 3||3||1x||2||•||•||•||•|
|DX.1156 ‑ APLi / 5||5||1x||4||•||•||•||•|
|DX.1156 ‑ PLPHi / 2||2||1x||first||•||•||•||•|
|DX.1156 ‑ PLPHi / 3||3||1x||2||•||•||•||•|
|DX.1156 ‑ PLPHi / 5||5||1x||4||•||•||•||•|
|DX.2156 ‑ PLi / 2||2||1x||first||•||•||•||•|
|DX.2156 ‑ PLi / 3||3||1x||2||•||•||•||•|
|DX.2156 ‑ PLi / 5||5||1x||4||•||•||•||•|
|DX.2156 ‑ APLi / 2||2||1x||first||•||•||•||•|
|DX.2156 ‑ APLi / 3||3||1x||2||•||•||•||•|
|DX.2156 ‑ APLi / 5||5||1x||4||•||•||•||•|
|DX.2156 ‑ PLPHi / 2||2||1x||first||•||•||•||•|
|DX.2156 ‑ PLPHi / 3||3||1x||2||•||•||•||•|
|DX.2156 ‑ PLPHi / 5||5||1x||4||•||•||•||•|
|DX.2156 ‑ PLi / 10||ten||1x||9 *||•||•||•|
|DX.2156 ‑ APLi / 10||ten||1x||9 *||•||•||•|
|DX.2156 ‑ PLPHi / 10||ten||1x||9 *||•||•||•|
|DX.1156 ‑ PLi / 10||ten||1x||9 *||•||•||• **|
|DX.1156 ‑ APLi / 10||ten||1x||9 *||•||•||• **|
|DX.1156 ‑ PLPHi / 10||ten||1x||9 *||•||•||• **|
* Models with 9 binocular heads (10 users) supplied with EWF 10x / 22 mm eyepiece ** Supplied with 10 W NeoLED ™ Köhler light source, without iCare sensor
|MODELS||Observing head with flexible tilt angle||SWF eyepiece 10x / 25 mm||6 position glass rims||Plan 4/10/20 / S40 / S100x oil EIS objectives||Plan semi-apo 4/10/20 / S40 / S100x oil EIS objectives||3 W NeoLED ™ Köhler light source||Light source 100 W 24 V Köhler halogen|
|DX.1173 ‑ PLi||•||•||•||•|
|DX.1178 ‑ PLi||•||•||•||•||•|
|DX.1173 ‑ APLi||•||•||•||•|
|DX.1178 ‑ APLi||•||•||•||•||•|
|DX.2173 ‑ PLi||•||•||•||•|
|DX.2178 ‑ PLi||•||•||•||•||•|
|DX.2173 ‑ APLi||•||•||•||•|
|DX.2178 ‑ APLi||•||•||•||•||•|
To order more motorized models, replace the third digit “5” of the reference model with the numeral “7”
For example DX.1173-PLi = DX.1153-PLi but has motors for lens barrel, caustic lift, and automatic light control
SWF 10x / 25mm ultra-wide field of view, Ø 30 mm tubes
EWF expanded field of view 10x / 22 mm, Ø 30 mm tubes
Standard observation head
Siedentopf 3-eye observation head with an angle of 30 °
The travel distance between the eyepieces is adjustable at 47 and 78 mm
Standard tri-eye monitor with an optical path selector (100: 0/80: 20/0: 100)
The eyepieces have diopter adjustment of ± 5
Observing head with flexible tilt angle
An optional 3-eye head with a flexible tilt angle of 0 to 35 ° is provided with SWF eyepiece 10x / 25mm, eyepiece spacing 47-78mm, and standard lens Ø 23.2mm. The flexible tilt angle monitor is equipped with an optical path selector (100: 0 / 80:20 / 0: 100). The diopter adjustment is ± 5 at both eyepieces.
The first system observes opposite each other
Delphi-X Observer ™ can be supplied with either a tri-or two-eye view head and a binocular opposing head for simultaneous viewing by 2 users. The Primary 3 Eyepiece Is Equipped With The SWF 10x / 25mm Ultra Wide Eyepiece And The Second Observation Head is equipped with the EWF 10x / 22mm eyepiece. The joystick allows the user to move the green or red laser pointer within the field of the observing heads.
Multi-head observation system
Delphi-X-Observer ™ can be extended with a multi-head observation system for two, three, five, 10 users. The center unit will be equipped with a joystick to move the red and green laser pointer in the microscopic field of all observers. The multi-head system with two, three, or five observation heads with 30 ° tilt lens provided with SWF 10x / 25mm ultra-wide field of view eyepiece. A multi-head system with 10 heads with 30 ° tilt angle with 3-eyed main head equipped with SWF 10x / 25mm ultra-wide field of view eyepiece and nine other binocular heads with field eyepiece View enlarged EWF 10x / 22 mm. The Delphi-X Observer ™ Multi-Head System does not include the iCare sensor.
|Plan PLi EIS||2x / 0.06 (1)||4x / 0.10||10x / 0.25||20x / 0.40||S40x / 0.65||S50x / 0.95 oil (1)||S60x / 0.80 (1)||S100x / 1.25 oil||S100x / 1.25 oil iris *|
|Plan Phase PPHi EIS||10x / 0.25||20x / 0.40||S40x / 0.65||S100x / 1.25 oil|
|Plan Semi-Apo PLAi EIS||4x / 0.13||10x / 0.30||20x / 0.40||S40x / 0.75||S100x / 1.25 oil|
All objectives have a 60mm focal length and an M25mm aperture. All-optical components are coated with anti-mildew and anti-reflection coating for maximum light throughput. The S40x, S50x, S60x and S100x objectives are equipped with springs that extend the working distance with the template.
The bezel is pointed in six positions on the rotating bearing with the M25 connection position for the objectives
The engine for the rim
Delphi-X Observer ™ can be supplied with a motor for the inward-facing six-position wheels. A precision stepper motor allows the user to switch between objectives with the simple push of a button. Another push button allows for quick switching between the two selected objectives. Standard with the engine for the rim has an additional motor for caustics.
Enhanced infinity system (EIS)
The Delphi-X Observer ™ Infinity Enhancement System (EIS) includes a 10x25mm SWF ultra-wide field-of-view eyepiece, a 60mm focal-length high aperture, and a 200mm prime lens. The 200mm focal length lens reduces the angle of light passing through optical elements such as direct light, significantly improving anti-chromatic aberration. Large diameter objectives for a high aperture improve the overall optical system. Due to all of these features, Delphi-X Observer ™ has superior optical performance for most application needs.
EIS anti-chromatic aberration objective (Routine clinical application)
Delphi-X Observer ™ is supplied as standard with EIS 4x / 0.10, 10x / 0.25, 20x / 0.4, S40x / 0.65 and S100x / 1.25 chromatic aberration-resistant objectives. Objective options: 2x / 0.06, S50x / 0.95 (oil immersion) and S60x / 0.80
Partially anti-chromatic aberration objective (Anatomical application – histopathology)
Delphi-X Observer ™ can be supplied with infinity fluorescent objectives with enhanced anti-chromatic aberration 4x / 0.13, 10x / 0.30, 20x / 0.50, S40x / 0.75 and S100x / 1.30 (oil immersion)
Phase contrast objectives
Enhanced infinity phase contrast objectives 10x / 0.25, 20x / 0.40, S40x / 0.65 and S100x / 1.25 (oil immersed)
- 190 x 152 mm slide table with right-hand mechanical control template holder 78 x 32 mm
- Standard configuration provided with Gorilla scratch-resistant glass
- Sapphire scratch resistant glass may be required
- A left-hand mechanical control template holder can be requested
- Coaxial adjustment of the micro-screw and micro-level screw, 100 adjustment levels, precision 1µm, 100 μm per rotation, total travel range of approximately 35 mm
- Provided with a stop bar to prevent damage to the objective and specimen
- The screw is equipped with a friction control device
- The focus knobs can be switched from left to right according to the instruction manual.
Capacitors for a bright background
NA0.90 / 1.25 Abbe rotatable capacitors with adjustable aperture markers. Models with motorized lenses are supplied with a motor for the condenser that can automatically adjust.
Phase-contrast optical capacitors
NA1.25 Zernike height-adjustable phase contrast optical capacitors with annular phase for 10/20 / 40x and S100x-oil objectives. Used for phase contrast objectives.
The light is transmitted
Two Köhler light sources are available for the Delphi-X Observer ™ microscope:
- Intensity adjustable transmitted light source Köhler 3 W NeoLED ™ with 100-240 V power supply
- Intensity adjustable transmitting light source Köhler 100 W halogen with 100 to 240 V power supply Light transmits through halogen with two push-in / eject neutral filters to reduce the fineness of light intensity light for all specimen types. The light source transmitted through NeoLED ™ is supplied with a neutral filter.
Light intensity memory (lim) feature
Automatically saves desired light intensity while changing magnification. It eliminates the need to adjust luminance when changing magnifications. This allows you to maintain the desired intensity of luminance at each magnification, which will greatly improve performance and reduce eye strain. Standard on all models with the engine for the rim, for other models, refer to the ordering instructions below. For ordering with automatic light intensity recording Example: DX.1153-PLi = DX.1153-PLi / LIM model with automatic light source memorization
The innovative light source design NeoLED ™ is a combination of an ordinary LED light source and a specially designed thin lens with a short focal length offering three main benefits:
- A lot of oblique light can be obtained from the LED light source, which will significantly increase the light output.
- Less energy is required to achieve the desired light intensity.
- The large aperture NeoLED ™ light source allows the optical system to deliver images in high resolution, very close to the theoretical motion limits of the optics.
The iCare sensor is developed to avoid energy loss. The light source of the microscope turns off automatically after a short time after the user moves away from the microscope.
The handle at the back of the microscope ensures safe transport of the microscope.
Supplied with power cord, microscope cover bag, prayers, English instruction manual, and 5ml oil bottle. All packed in a box of Polystyrene
- Store Name: MekongOn
- Vendor: MekongOn
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