BORLETTI SC427 Lever dial indicator, non-magnetic Omnitast extra precise, measuring range 0.2 mm, resolution 0.002 mm
(Incl. Tax: €327.20)
The BORLETTI SC427 Lever dial indicator is a high-precision measuring instrument designed for non-magnetic applications. It features a measuring range of 0.2 mm and a resolution of 0.002 mm, making it ideal for detailed measurements in various industrial and engineering settings. The lever design enhances ease of use and accuracy, providing reliable readings for precise measurement tasks.
Accuracy according to DIN 2270
The "Omnitast extra preciso" dial indicator sets the standard for precision measurement with its 0.2 mm travel and exceptional 0.002 mm resolution. Its non-magnetic construction and adjustable probe make it ideal for applications demanding maximum sensitivity and measurement stability.
Features:
| Measuring range | 0.2mm |
| Resolution | 0.002mm |
| Dial reading | 0 - 100 - 0mm |
| Dial Ø | 27.4mm |
| Stylus length | 12mm |
| Stem Ø | 4 - 8mm |
| Contact point Ø | 2mm |
The patented automatic probe direction reversal system - without needle rotation inversion - ensures clear, unambiguous readings in all operating conditions. The precision ball-bearing mounted spindle guarantees smooth, repeatable movement while maintaining excellent metrological stability over time.
Featuring a tungsten carbide contact point adjustable up to 240° and fully interchangeable, this indicator offers unmatched versatility. The 0-100-0 mm dial scale provides instant value interpretation, even in complex measurement scenarios.
Exceptionally suited for precision centering operations, height gauge measurements, and straightness verification, this instrument also excels in thickness, concentricity, and ovality measurements of shafts or bores. Its compatibility with various stands and magnetic bases allows flexible mounting options while maintaining ultimate reliability.
- Brand:
- BORLETTI
- EAN Code:
- 8032819136375
- Typology:
- Analog
- Measurements range:
- 0.2 mm
- Resolution (mm):
- 0.002 mm


