Description
DigitalPID Bio-Thermal hot plate is one of the best microscope for viewing transparentor translucent specimens without a loss of resolution. This technique hasproven to be a valuable tool for medical researchers in the study of livingcells, cultures and many applications. The PROPORTIONAL -INTEGRAL- DERIVATIVECONTROLLER (PID controller) is a generic control loop feedback mechanism (controller)which is widely used in medical control systems. This device is mainly used inAnimal husbandry, various governmental & private Semen banks. This deviceis used to retain the plate at a proper temperature to check the live semensunder the phase contrast light.
SPECIFICATIONS of BinocularPathological Research Microscope:
| Optical System: | Plan / Achromatic optical system. |
| Magnification: | 100x-1000x for visual observation. |
| Eyepiece tubes: | Monocular tube |
| Eyepieces: | WF 10x (F.O.V. 20mm) & Centering telescopic eye-piece. |
| Nosepiece: | Quadruple nosepiece, reversed type. |
| Stage: | Rectangular142x 120 mm surface stage mounted on the main body cross travel 130x50mm using low-positioned X/Y coaxial control knob. |
| Objectives: | Phase Plan / Achromat10x N.A.0.25, 20x N.A.0.4, 40x N.A.0.65,100x N.A.1.25 |
| Condenser: | Phase contrast condenser, Annular diaphragm turn plate. |
| Illumination: | 3W LED lighting system with brightness controller. |
| Filters: | Frosted White Filter & Green Filter. Digital PID Bio-Thermal Hot Plate. |
| Control Action: | PID Reverse Action |
| Input: | K type thermocouple. |
| Output: | Relay Output. |
| Alarm: | 1 deviation High alarm (AL1) |
| Temperature Range: | Room Temperature 100 Celsius with auto cut facility. |

Price:
Working Stage : Mechanical stage 125 x 115 mm with graduated scale and two slide clips.
Focal Distance : Approx. 545 mm (depending on objective lens used).
Interpupillary Distance : NA (Single eyepiece model).
Light Source : LED light with variable intensity or planoconcave mirror.
Theory : Other, Used for rapid and accurate malaria parasite detection in blood smears through microscopy.
Features : Robust metal construction, antifungal optics, portable handle, vibrationfree base.
Working Stage : Microscope stage
Focal Distance : Adjustable via microscope optics
Interpupillary Distance : Not applicable (monocular digital)
Light Source : Microscope dependent
Theory : Other, CMOS digital imaging
Features : Plugandplay via USB 2.0, compatible with Windows OS, realtime image display, easy integration with optical microscopes
Working Stage : Mechanical stage 140 x 145 mm; moving range 75 x 45 mm; coaxial control knobs
Focal Distance : 185 mm
Interpupillary Distance : 5075 mm (adjustable)
Light Source : High intensity LED (fluorescent blue and green excitation filters); mercury lamp optional
Theory : Other, Designed for fluorescent observation and research, suitable for advanced biological and medical applications.
Features : Precise focus system, wide field eyepieces, modular filter system for fluorescence, mechanical stage with large travel, robust metal frame
Working Stage : Rectangular mechanical stage with graduated, smooth movement.
Focal Distance : Adjustable as per optics and focus system.
Interpupillary Distance : Adjustable in binocular models.
Light Source : Projection lamp, 6V/20W halogen or equivalent.
Theory : Other, Projection microscope combines microscopy with a projection system allowing multiple viewers to observe the specimen simultaneously.
Features : Robust construction, easy focusing, clear projection, suitable for demonstration and teaching.