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Overview
Stage Micrometer LMSTM-A101 offers a measuring range of 0.01 mm to 1 mm and 0.1 mm to 10 mm. It features 1 division measuring down to 0.01 mm or 0.10 mm for higher increments. Designed with compact dimensions, makes it easy to handle and integrate into various setups. Constructed from high-quality optical glass, providing superior clarity and durability. Our Stage Micrometer provides good magnification ratio, allows to view specimens with high detail.
Features :
Optical Clarity
Durable Material
Wide Compatibility
Lightweight Construction
High Accuracy
Specifications :
| 1 Division | 0.01mm/0.10mm×100=1mm/10mm |
| Measuring Range | 0.01mm × 100 = 1mm 0.1mm ×100 = 10mm |
| Magnification Ratio | 500 X |
| Material | Optical Glass |
| Micrometer Size | 75mm × 25mm × 1.1mm |
Applications :
Stage Micrometer LMSTM-A101 is widely employed in various scientific and educational applications where precise measurements are critical. It is essential in measuring cell sizes, distances between structures, and other microscopic features.
Selection Guide :
Stage Micrometer LMSTM-A101 is a precision calibration tool primarily used for calibrating optical and digital microscopes in laboratories. It is especially suitable for biological research, metallurgical analysis, forensic examination, and imaging system calibration. This model typically features a measuring range of 1 mm with 100 divisions of 0.01 mm each, offering high-resolution scaling essential for accurate measurements at higher magnifications. Researchers involved in cell analysis, tissue imaging, and material surface studies benefit from its accuracy and repeatability. The model is generally manufactured using optically clear glass for compatibility with transmitted light microscopes. It may also comply with ISO calibration standards, ensuring traceability and credibility in academic and industrial experiments. Customers should consider this model when their application demands micron-level calibration accuracy, particularly in life sciences, medical diagnostics, material sciences, and quality control environments.
