Mitutoyo
Mitutoyo 193-212 Digital Micrometer 1 to 2" Friction Thimble
Digital micrometer measures 1 to 2 inches with 0.0001 inch resolution and carbide-tipped anvils for hard materials
- TypeMeasuring & Layout Tools
- Measures 1 to 2" range for larger workpieces
- Friction thimble gives smooth, repeatable spindle pressure
- Reads in 0.0001" increments for fine detail
- Carbide-tipped anvils withstand hard materials like ceramics
- Accuracy rated at ±0.0001" for reliable results
Mitutoyo 193-212 Digital Micrometer
The Mitutoyo 193-212 Digital Micrometer measures external dimensions from 1 to 2 inches. A mechanical digit counter displays readings quickly. Friction thimble operation provides consistent measuring force. Resolution and accuracy are both 0.0001 inch.
Carbide-tipped anvils and flat spindle
Carbide-tipped anvils resist wear when measuring hard materials such as ceramics and metals. The flat spindle creates stable contact across the workpiece surface. These features extend tool life and maintain measurement integrity over repeated use.
Suits inspection of small hard parts
This micrometer suits quality inspection of small components made from hard materials. The 1 to 2 inch range limits use to parts within that span. Buyers needing a larger measuring range or different spindle geometry should look at other models.
Highlights
- Measures 1 to 2" range for larger workpieces
- Friction thimble gives smooth, repeatable spindle pressure
- Reads in 0.0001" increments for fine detail
- Carbide-tipped anvils withstand hard materials like ceramics
- Accuracy rated at ±0.0001" for reliable results
Specifications
| Brand | Mitutoyo |
|---|---|
| Type | Measuring & Layout Tools |
Questions about this item
How often will the carbide-tipped anvils need replacing when measuring hard materials?
The carbide-tipped anvils resist wear on ceramics and metals, extending service intervals compared with standard steel faces.
At what point does the +/- .0001" accuracy limit become the limiting factor during repeated measurements?
The stated accuracy of +/- .0001" matches the .0001" resolution, so the instrument's own tolerance is the first limit encountered under sustained use.
Does the friction thimble generate noticeable heat or require extra power during all-day operation?
The mechanical friction thimble operates without batteries or motor, producing no measurable heat and consuming no electrical power.
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