Starrett® T444.1XRL-1 444.1 Global Series® Mechanical Outside Micrometer, 0 to 1 in Measuring, Graduations 0.0001 in, Carbide Tip, Satin Chrome
21752083
MFG #: T444.1XRL-1
$0.00
/ Each
Item currently not in stock. Lead time based upon availability from the manufacturer.
- Type: Mechanical
- Series: 444.1 Global Series®
- Measuring Range: 0 to 1
- Accuracy: +/-0.00005
- Graduations: 0.0001
- Resolution: 0.0001
- Anvil Type: Flat
- Spindle Type: Flat
- Thimble Type: Ratchet
- Material: Carbide Tip
- Finish: Satin Chrome
Starrett® Outside Micrometer, Mechanical, Series: 444.1 Global Series®, 0 to 1 in, +/-0.00005 in Accuracy, Graduations: 0.0001 in, 0.0001 in Resolution, Flat Anvil, Flat Spindle, Ratchet Thimble, Carbide Tip, Satin Chrome
- Advanced sleeve design with staggered lines and distinct figures for precise and easy read
- Balanced frame and thimble design ensure easy handling and better readability
- No-glare satin chrome finish which resists rust
- Insulated frame for prevention of temperature related expansion and contraction
- Provides quick and easy adjustment
- Reading in ten-thousandths of an inch (.0001 in) with a vernier scale on the sleeve
- Have a heat-insulator on the frame to help reduce temperature related expansion or contrac
- The spindle and anvil have flat measuring faces and are carbide tipped for wear resistance
- A spindle lock helps provide secure locking of the measurement
Advanced sleeve design with staggered lines and distinct figures for precise and easy readability
Balanced frame and thimble design ensure easy handling and better readability
No-glare satin chrome finish which resists rust
Insulated frame for prevention of temperature related expansion and contraction
Provides quick and easy adjustment
Reading in ten-thousandths of an inch (.0001 in) with a vernier scale on the sleeve
Have a heat-insulator on the frame to help reduce temperature related expansion or contraction
The spindle and anvil have flat measuring faces and are carbide tipped for wear resistance
A spindle lock helps provide secure locking of the measurement