Category Specification/Description Equipment Type 2D Image Measuring Machine (Video Measuring System) Primary Application Spherical Center Measurement (e.g., ball bearings, optical lenses, spherical mechanical parts) Measurement Method No...
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Category | Specification/Description |
Equipment Type | 2D Image Measuring Machine (Video Measuring System) | |
Primary Application | Spherical Center Measurement (e.g., ball bearings, optical lenses, spherical mechanical parts) | |
Measurement Method | Non-contact optical imaging with high-resolution CCD camera | |
Key Function | - 2D coordinate calculation | |
- Sphere center position analysis | ||
Measurement Accuracy | ±0.001 mm | |
Resolution | 0.5 μm | |
Advantages | - Rapid measurement of spherical geometry | |
- Minimal operator dependency |
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Category | Specification/Description |
Equipment Type | Gear Measurement Center | |
Primary Application | Comprehensive analysis of gear parameters (e.g., spur gears, helical gears, bevel gears) | |
Key Parameters | - Number of Teeth (Z) | |
- Module (M) | ||
- Pressure Angle (α) | ||
- Helix Angle (β) | ||
Measured Dimensions | - Tooth Width | |
- Tip Diameter (Da) | ||
- Root Diameter (Df) | ||
- Base Circle Diameter | ||
Measurement Accuracy | ±0.005 mm | |
Advantages | - Multi-parameter synchronization | |
- High-precision evaluation of gear geometry |
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Category | Specification/Description |
Equipment Type | Image Measuring Machine (Video Measuring System) | |
Primary Application | Non-contact measurement of geometric parameters (e.g., precision parts, molds, electronic components) | |
Key Functions | - Length measurement | |
- Angle measurement | ||
- Radius (R角) measurement | ||
Measurement Accuracy | ±0.003 mm | |
Resolution | 0.5 μm | |
Measured Parameters | - Linear dimensions (length, width) | |
- Angular features | ||
- Fillet/Corner radii | ||
Advantages | - High-speed optical scanning | |
- Minimal part contact for delicate surfaces |
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Category | Specification/Description |
Equipment Type | Surface Roughness Tester | |
Primary Application | Measurement of surface roughness parameters (e.g., Ra, Rz, Ry) for machined parts, molds, and precision components | |
Key Parameters | - Ra (Arithmetic Mean Roughness) | |
- Rz (Maximum Height of the Profile) | ||
- Ry (Total Roughness) | ||
Measurement Range | Ra: 0.01–20 μm | |
Rz/Ry: 0.1–100 μm | ||
Resolution | 0.001 μm | |
Accuracy | ±5% (per ISO 4287 standard) | |
Advantages | - Portable design | |
- Contact or non-contact measurement options | ||
- Real-time data display |
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Category | Specification/Description |
Equipment Type | Rockwell Hardness Tester | |
Primary Application | Measurement of material hardness (e.g., metals, alloys, heat-treated components) | |
Test Scale | HRC (Rockwell Hardness Scale C) | |
Measurement Range | HRC: 20–70 | |
Test Method | Indentation method (diamond cone indenter, total test force 150 kgf) | |
Accuracy | ±1 HRC (per ASTM E18 standard) | |
Advantages | - Fast and direct readout | |
- Minimal surface preparation required | ||
- High repeatability |
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Category | Specification/Description |
Equipment Type | Image Measuring Machine (Video Measuring System) | |
Primary Application | Non-contact measurement of geometric parameters (e.g., precision parts, molds, electronic components) | |
Key Functions | - Length measurement | |
- Angle measurement | ||
- Radius (R角) measurement | ||
Measurement Accuracy | ±0.003 mm | |
Resolution | 0.5 μm | |
Measured Parameters | - Linear dimensions (length, width) | |
- Angular features | ||
- Fillet/Corner radii | ||
Advantages | - High-speed optical scanning | |
- Minimal part contact for delicate surfaces |
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Category | Specification/Description |
Equipment Type | Roundness Measuring Instrument | |
Primary Application | Detection of shaft roundness and harmonic analysis (e.g., rotating components, bearings, precision shafts) | |
Key Parameters | - Roundness Error | |
- Harmonic Components (e.g., vibration analysis) | ||
Measurement Accuracy | ±0.1 μm | |
Resolution | 0.01 μm | |
Measurement Method | Rotating sensor or precision spindle with contact/non-contact probes | |
Advantages | - High-precision evaluation of circular profiles | |
- Dynamic harmonic distortion analysis |