1. Single Mould Rigid Structure with a Window in Arm for easy Carriage
2. Viewing tube: As per Requirement
3. Head Siedentopf Type 30 Degree Inclined and Rotatable at 360 degree.
4. Reversed Inward Quadruple Ball Bearing nose piece with positive click stops.
5. Co-axial Coarse & Fine focusing Graduated to 1Div=.002mm.
6. With Rackless 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 Inbuilt 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/22mm
OBJECTIVES: 4X, 10X, 40X S/L, 100X S/L [Infinity Plan Achromatic]
MAGNIFICATION: X40 â X1000
1. Wooden Carrying Case
2. Objectives: X20, X45 S/L, X60 S/L
Fluoroscence Attachement, Metallurgical, Polarizing
Infinity Plan Achromatic Optical System: Infinity-corrected objectives provide exceptional image flatness, contrast, and resolution with accessory compatibility.
Siedentopf Type Binocular Head: 30-degree inclined, 360-degree rotatable head with independent interpupillary adjustment while maintaining focus.
Upgradable to Fluorescence, Metallurgical, Polarizing: Versatile platform expands to specialized applications with optional accessories.
Reversed Inward Quadruple Ball Bearing Nosepiece: Objectives face inward for protection with easy access and smooth rotation.
WF 10x/22mm Wide Field Eyepieces: Wide 20mm field of view provides expanded observation area.
Co-Axial Focusing with 0.002mm Graduation: Precise coarse and fine focus adjustment for critical research applications.
Ball Bearing Driven Mechanical Stage: Smooth X-Y movement for systematic specimen examination.
Built-in LED with Inbuilt Battery Backup: Consistent illumination with intensity control and battery backup for uninterrupted research.
Advanced Research Laboratories: Essential for research requiring infinity-corrected optics and specialized configurations.
Fluorescence Microscopy: Ideal for fluorescence applications with available fluorescence attachment.
Metallurgical Examination: Perfect for examining metal surfaces and materials with metallurgical configuration.
Polarizing Microscopy: Suitable for birefringent material examination with polarizing accessories.
Pharmaceutical Research: Excellent for drug development and formulation studies.
Academic Research: Ideal for graduate and postdoctoral research requiring advanced optical performance.
