1. Single Mould Rigid Structure with a Window in Arm for easy Carriage
2. Viewing tube: As per Requirement
3. Head Sliding Type 45 Degree Inclined and Rotatable at 360 degree.
4. Quadruple Ball Bearing nose piece with positive click stops.
5. Co-axial Coarse & Fine focusing Graduated to 1Div=.002mm.
6. With Ball Bearing Driven Mechanical stage for X&Y movement of slide.
7. Movable abbe Condensor N.A.1.25 with iris diaphragm with swingout filter holder.
8. Built in Illumination LED with intensity control with Battery Backup facility
9. Steple Grey, chemical resistant, back-on finish.
10. Complete with Instruction Manual and dust cover.
11. Duly packed in styrofom packing.
EYE PIECES: WF 10X/18mm
OBJECTIVES: 4X, 10X, 40X S/L, 100X S/L [Plan Achromatic Anti Fungal Treated]
MAGNIFICATION: X40 – X1000
1. Wooden Carrying Case
2. Objectives: X20, X45 S/L, X60 S/L
With a very modern look Featuring vide versatility, the newly introduced Cresta series of research microscope are ergonomically designed for exceptional performance and simple operation which extends top quality PLAN ACHROMATIC optics and uncomprising performace for educational and Routine research work. The Cresta’s extraordinary performace offers new possibilities for research applications using photomicrographic microscopes.
The Research Microscope Model CRESTA ZS 50 from Micron is a top rated instrument designed for educational and routine research applications requiring exceptional optical performance. The single mould rigid structure with a window in arm provides excellent stability and easy carriage. Available in monocular, binocular, and trinocular viewing head configurations, this microscope adapts to any research workflow. The 45-degree inclined, 360-degree rotatable head allows comfortable viewing from any angle.
The plan achromatic objectives provide flat, sharp images across the entire field of view, essential for photomicrography and detailed research documentation. The quadruple ball bearing nosepiece with positive click stops ensures precise objective positioning. The co-axial coarse and fine focusing with 0.002mm graduation provides precise focus control. The ball bearing driven mechanical stage allows smooth X-Y movement for systematic specimen examination. The movable Abbe condenser N.A. 1.25 with iris diaphragm and swing-out filter holder provides optimal illumination control. The built-in LED illumination with intensity control and battery backup provides consistent, reliable lighting for extended research sessions. Its optical quality, mechanical precision, and photomicrography readiness make it a top rated research microscope for educational and routine research applications.
Single Mould Rigid Structure with Window in Arm: Vibration-free stability with convenient carrying feature for easy transport.
Monocular, Binocular, or Trinocular Configurations: Flexible viewing head options to suit any research workflow or documentation need.
Plan Achromatic Anti-Fungal Treated Optics: Premium flat-field objectives provide sharp images across the entire field of view.
Quadruple Ball Bearing Nosepiece: Precision ball bearing mechanism with positive click stops for smooth objective rotation.
Co-Axial Focusing with 0.002mm Graduation: Precise coarse and fine focus adjustment for critical research documentation.
Ball Bearing Driven Mechanical Stage: Smooth X-Y movement for systematic specimen examination.
Movable Abbe Condenser N.A. 1.25: Focusable condenser with iris diaphragm and swing-out filter holder for optimal illumination.
Built-in LED with Battery Backup: Consistent LED illumination with intensity control and battery backup for uninterrupted research.
Routine Research Laboratories: Essential for daily research specimen examination in academic and pharmaceutical settings.
Educational Research Facilities: Ideal for graduate student research and laboratory courses.
Pharmaceutical Research: Perfect for drug development and preclinical research applications.
Quality Control Laboratories: Suitable for QC specimen examination in manufacturing settings.
Clinical Research: Excellent for examining research specimens from clinical trials.
Photomicrography Applications: Ideal for capturing high-quality images for publications and presentations.
