Vendu
Vendu
TUBE MICROMETER 12'' TO 18''-724LZ-18 - 724LZ-18
STT52994
Prix régulier
$4,803.77
Back in soon
- Advanced sleeve design with offset lines and distinct figures for precise and easy readability
- Large diameter thimble with distinct numbers
- A balanced design of the frame and thimbles ensures easy handling and better readability.
- Knurled ring-type locking nut for quick and secure locking
- Hollow tubular frame design combining the lightest possible weight with rigidity
- extremely hard and stable single-piece spindle
- Interchangeable anvils for diverse research
- Advanced sleeve design with offset lines and distinct figures for precise and easy readability
- Large diameter thimble with distinct numbers
- A balanced design of the frame and thimbles ensures easy handling and better readability.
- Knurled ring-type locking nut for quick and secure locking
- Hollow tubular frame design combining the lightest possible weight with rigidity
- extremely hard and stable single-piece spindle
- Interchangeable anvils for diverse research
Vendu
Vendu
STT52994
Prix régulier
$4,803.77
Back in soon
- Advanced sleeve design with offset lines and distinct figures for precise and easy readability
- Large diameter thimble with distinct numbers
- A balanced design of the frame and thimbles ensures easy handling and better readability.
- Knurled ring-type locking nut for quick and secure locking
- Hollow tubular frame design combining the lightest possible weight with rigidity
- extremely hard and stable single-piece spindle
- Interchangeable anvils for diverse research
- Advanced sleeve design with offset lines and distinct figures for precise and easy readability
- Large diameter thimble with distinct numbers
- A balanced design of the frame and thimbles ensures easy handling and better readability.
- Knurled ring-type locking nut for quick and secure locking
- Hollow tubular frame design combining the lightest possible weight with rigidity
- extremely hard and stable single-piece spindle
- Interchangeable anvils for diverse research