Micrometer Screw Gauge Digital
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Product Code : SCL-PLE-11647
The Micrometer Screw Gauge Digital is a precision electronic metrology instrument used to quantify the thickness or diameter of small components with micron-level resolution. Primarily utilized in advanced secondary and tertiary physics or engineering laboratories, it facilitates empirical data collection in materials science and kinematics. This tool is essential for STEM curricula, providing rapid, error-free readings for technical inquiry.
Technical Specifications
|
Component/Attribute |
Specification |
|
Measurement Range |
0 to 25 millimeters (0 to 1 inch) |
|
Resolution |
0.001 millimeters (0.00005 inches) |
|
Instrument Accuracy |
± 0.002 millimeters |
|
Display Type |
High-contrast Liquid Crystal Display (LCD) |
|
Measuring Faces |
Carbide-tipped, precision-ground and lapped |
|
Frame Construction |
Powder-coated forged steel with thermal insulation grip |
|
Measurement System |
Linear capacitive sensor system |
|
Power Source |
1.5V Silver Oxide battery (SR44 or equivalent) |
|
Data Functions |
Zero-setting at any position, Metric/Imperial conversion, Data hold |
|
Pressure Mechanism |
Integrated ratchet stop for constant force application |
Educational Benefits & Features
Feature: Large Digital Liquid Crystal Display.
Benefit: Eliminates the common student hurdle of interpreting vernier scales and prevents parallax error, ensuring that even novice users achieve high-fidelity data points.
Feature: Absolute and Incremental Modes.
Benefit: Solves the difficulty of performing comparative analysis; students can "zero" the instrument at a reference point to measure deviations without manual subtraction.
Feature: Precision-Engineered Ratchet Stop.
Benefit: Standardizes the measurement pressure applied to specimens, preventing material deformation and ensuring repeatable results across different laboratory groups.
Feature: Carbide-Tipped Measuring Faces.
Benefit: Addresses the issue of mechanical wear in high-traffic institutions, maintaining the flat-surface integrity required for sub-micron accuracy over extended service lifecycles.
Feature: One-Touch Metric to Imperial Toggling.
Benefit: Facilitates fluency in international engineering standards, allowing students to transition seamlessly between diverse technical drafting and physics requirements.
Curriculum Alignment
This instrument is precision-engineered to meet the infrastructure requirements of STEM, Technical and Vocational Education and Training (TVET), and Next Generation Science Standards (NGSS). It specifically supports benchmarks in "Engineering Design" and "Matter and its Interactions" by providing the quantitative tools required for material tolerance testing and precision structural modeling.
Why Choose Educational Instrument?
Procuring advanced metrology instrumentation directly from a specialized Original Equipment Manufacturer (OEM) ensures technical consistency and rigorous quality control for institutional requirements.
Direct Manufacturer (OEM) Expertise: We maintain proprietary Research and Development (R&D) facilities and precision calibration labs, ensuring vertical integration and the highest standards of sensor accuracy and electronic stability.
Factory-Direct Pricing and Quality Compliance: By removing intermediary distribution layers, we provide professional-grade instruments at cost-effective price points. Our production lines adhere to ISO 9001 and CE quality management systems.
Supply Chain Reliability for Institutional Tenders: We are optimized for high-volume fulfillment, offering consistent hardware specifications and dependable lead times for regional education boards and large-scale government technical tenders.
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