The 0.01 mm Dial Gauge is a precision measurement instrument designed for detecting and measuring very small linear movements, deviations, and dimensional variations with a resolution of 0.01 mm. It is widely used for checking runout, alignment, flatness, parallelism, concentricity, and dimensional variation in precision machining and inspection applications.
- Precision-engineered Dial Gauge
- Resolution: 0.01 mm
- Clear and easy-to-read graduated dial
- Precision-ground measuring mechanism
- Smooth spindle movement for accurate readings
- Adjustable bezel for easy zero setting
- Robust construction for industrial applications
- Wear-resistant internal mechanism
- Compatible with magnetic stands and inspection fixtures
- Designed for continuous industrial use
- Runout measurement
- Flatness checking
- Parallelism inspection
- Concentricity checking
- Alignment verification
- Surface inspection
- Machine setup
- Quality control
- Provides accurate measurement of small variations
- Helps detect machining errors quickly
- Improves machine setup and alignment accuracy
- Provides repeatable inspection results
- Easy-to-read dial for quick measurements
- Suitable for precision machining applications
- Durable construction for long service life
- Easy to mount and operate
| Name | DIAL GAUGE 0.01 MM |
| Standard | DIN 878 |
| Bearing Type | Jeweled Bearing |
| Accessories | Limit Pointers and Bezel Clamp Included |
| Range | 3 mm |
| Graduation | 0.01 mm |
| Accuracy | 14 μm |
| Hysteresis | 3 μm |
| Range per Revolution | 1 mm |
| Dial Reading | 0–100 |
| Remark | Flat Back |
| Approx weight | 0.28 |
The Banka 0.01 mm Dial Gauge is widely used for checking shaft runout, concentricity, flatness, parallelism, alignment, surface variation, and machine setup accuracy. It is an essential precision measuring instrument for machine shops, CNC machining centers, tool rooms, automotive industries, quality control laboratories, maintenance departments, and precision engineering facilities, where accurate detection of small dimensional variations and reliable repeatable measurements are critical for maintaining high manufacturing standards.
