Description
The Stage Micrometer is a precision calibration slide with a 1 mm scale divided into 0.01 mm increments. Essential for calibrating microscopes, it ensures measurement accuracy in laboratories, research, and industrial inspection.
Ensure precision in microscopic measurements with the Stage Micrometer—a must-have calibration tool for laboratories, research institutions, and quality control departments. Designed to verify and calibrate the accuracy of optical microscopes, this slide provides a standardized scale that ensures your microscope delivers consistent, measurable results.
—
✅ Key Features
Accurate Calibration Tool
Used to calibrate the measurement scale of microscopes, ensuring your eyepiece reticle delivers precise readings.
Standardized Scale
Typically marked with a 1 mm scale subdivided into 0.01 mm (10 microns) for clear, reliable calibration of both high- and low-power objectives.
Compatible with All Optical Microscopes
Works seamlessly with biological, metallurgical, stereo, and compound microscopes across all brands.
High-Quality Construction
Etched glass slide enclosed in a protective mount (glass or plastic) to prevent scratches and contamination during repeated use.
Essential for Measurement Accuracy
Perfect for calibrating eyepiece graticules or reticles in educational, industrial, and scientific settings.
—
📊 Specifications
Scale Length: 1 mm
Subdivisions: 0.01 mm (10 µm increments)
Material: Optical-grade glass
Slide Dimensions: Standard 75 mm x 25 mm (approx.)
Packaging: Protective case included
—
🎯 Applications
Microscope calibration and verification
Educational laboratories and academic training
Industrial quality control and material inspection
Life sciences and medical research
Eyepiece reticle calibration
—
💡 Why Choose This Stage Micrometer?
✅ Precise scale ensures reliable microscope calibration
✅ Compatible with all standard microscope models
✅ Durable, long-lasting optical glass construction
✅ Packaged safely for storage and transport










Reviews
There are no reviews yet.