STUDENT MICROSCOPE
PATHOLOGICAL MICROSCOPE
RESEARCH BIOLOGICAL MICROSCOPE
DIGITAL MICROSCOPES
METALLURGICAL MICROSCOPES
STEREO MICROSCOPES
STUDENT MICROSCOPE
PATHOLOGICAL MICROSCOPE
RESEARCH BIOLOGICAL MICROSCOPE
DIGITAL MICROSCOPES
STEREO MICROSCOPES
STUDENT MICROSCOPE
PATHOLOGICAL MICROSCOPE
RESEARCH BIOLOGICAL MICROSCOPE
DIGITAL MICROSCOPES
STEREO MICROSCOPES
SPECIFICATIONS:
Eyepiece: WF 10X-18mm Reticule
Eyepiece: WF 10X-18 mm (Cross Reticule 0.1 mm)
Objective: LONGWORKING DISTANCE PLAN Objective, 4X/0.1,10X/0.25,20X/0.4 (S) and 40X/0.65 (S)
Head: Seidentopf Binocular/Trinocular Head Inclined 45°, Rotatable 360°, Interpupilary
Distance: 50-75mm.
Nosepiece: Quadruple
Mechanical Stage: Stage Size: 170X140mm, Travel: 75mm×55mm, stage 10, 20
Focus: Coaxial Coarse and Fine Focusing Knobs
Illumination: 12V/20W Halogen Lamp, ISO-CE
Filter: Blue, Green & Yellow
An innovative and adaptable teaching equipment, the Inverted Trinocular Metallurgical Microscope Model IMM-Educator-T is made to make it easier for students in academic and professional training settings to thoroughly examine and comprehend metallurgical samples. This microscope’s ergonomic features and precise optics enable trainees, instructors, and students to easily and clearly explore the intricate details of metallic structures and qualities.
The IMM-Educator-T’s primary feature is an inverted microscope setup that lets users view specimens from below the stage. Its special design allows for a wide range of sample sizes and kinds, which makes it perfect for quality control applications in metallurgical sciences as well as for research projects and hands-on presentations. Additionally, the flipped arrangement improves sample accessibility and manipulation, promoting a natural learning environment and enabling practical experimentation.
The IMM-Educator-T has a trinocular viewing head that allows for flexible observation. With this arrangement, it is possible to observe simultaneously through two eyepieces and a third port that is specifically meant for digital photography devices. With the use of digital microscopy, researchers and students may record, organize, and interpret images with remarkable clarity and accuracy. This allows for more thorough recording of metallurgical discoveries and improved learning opportunities.
A precision focusing mechanism including coaxial coarse and fine adjustment knobs is integrated into the IMM-Educator-T. Metallurgical sample examination and documentation require precise concentration and clarity, which this feature helps users achieve. Students and teachers may securely adjust focus for the best image resolution and analysis, whether they are performing routine inspections or in-depth research projects.