Pathological Trinocular Microscope Model MediLux-SM/200

Body: – Ergonomic designed Single Mold & Low Drive Coaxial mechanism for comfortable & prolonged microscopy, highly rigid, strong, easy to carry, Durable stain proof finish, all critical movements based on ball bearing and wire guides.

Viewing Bodies: – Monocular, Binocular or Trinocular (any one) observation Head inclined at 30/45° Rota table to 360° with inter pupillary distance: 48-75mm, +5 diopter adjustable with locking device.

Nosepiece: Smooth revolving Quadruple, Ball bearing loaded nosepiece with Rubber grip, positive stops for centered alignment of objectives.

Focusing:-Coaxial Coarse & fine Movement slides smoothly on Ball Bearing Guide Ways which provides the highest Degree of sensitive more than two microns fine focusing reading to 0.002 free from back lash, with locking device to protect valuable slides (upper limit stopper).

Mechanical Stage: – Low drive Horizontal coaxial mechanical stage working on Ball Bearing Guide Ways of 145 x 140 mm with fine Venire graduations reading 0.1 mm, X&Y movement 75mmx55mm of slides.

Condenser:- Pre centered Abbe condenser NA 1.25 with aspheric lens with Iris diaphragm Built-in swing out filter holder, up-down movement through rack & pinion on stainless steel guides.

Illumination:-Heavy rectangular sturdy base with built in LED Illumination (Battery backup optional) or 6v20 halogen lamp, on/off switch, continuously variable light intensity controlled regulator & quick change bulb provision workable on 110-240v, 50 HzAC.

 

OPTICAL COMBINATION

Objective: DIN Plan Achromatic objectives 4X. (Ν.Α.0.10), 10Χ, (Ν.Α.0.25), 40Χ (Ν.Α.0.65) SL, 100X (N.A. 1.25) oil (SL).

Eyepices: High Point wide field eye piece 10x/18mm & 5x Huygenian.

Description

Description

A masterpiece of precision and innovation in diagnostic microscopy, the Pathological Trinocular Microscope Model MediLux-SM/200 is painstakingly designed for cutting-edge pathological investigations and medical research. Its exquisitely detailed construction combines ergonomic design with cutting-edge optical technology to offer pathologists, researchers, and educators alike unparalleled clarity and simplicity of use.

The advanced trinocular head at the heart of the MediLux-SM/200 is well-known for its remarkable optical performance. With its carefully designed optics, which include premium achromatic lenses and sophisticated prism systems, it guarantees the best possible resolution and contrast for a close-up look at tissue samples and cellular structures. Together with this optical quality, there is a strong mechanical structure that reduces vibrations, guarantees stability, and keeps the focus precisely throughout crucial diagnostic observations.

The cutting-edge illumination system of the MediLux-SM/200 is built to maximize specimen contrast and visibility. The ability to precisely diagnose pathology and confidently guide clinical decisions is made possible by adjustable brightness settings and consistent lighting throughout the field of view. These features allow for the detection of small irregularities. This system is designed to deliver the best possible illumination conditions without sacrificing diagnostic precision, guaranteeing dependable and consistent outcomes in a variety of laboratory environments.

The MediLux-SM/200 was designed with ergonomics in mind, giving priority to user comfort and operational effectiveness. Pathologists can quickly alter focus, interpupillary distance, and other settings thanks to intuitive controls, which also make it possible for them to maintain an ergonomic position throughout lengthy examination sessions. Merely allowing for smooth transitions between magnification settings and accurate specimen positioning, smooth mechanical movements also contribute to improved usability.

MediLux-SM/200 provides unmatched optical clarity, ergonomic comfort, and operational versatility, making it a vital instrument for pathological investigations. This trinocular microscope raises the bar in the field of pathological sciences by combining superior ergonomics and cutting-edge optics to enable researchers and medical professionals to make significant advances in scientific discovery and medical diagnosis.