A-SCLCR/L(95°) Set Inside turning holders with cooling holes
The A-SCLCR/L(95°) Set Inside turning holders with cooling holes by SMOXH is a professional toolkit designed to meet the rigorous demands of modern internal turning. Featuring a 95-degree approach angle, these boring bars are optimized for stable longitudinal and face turning operations. The integrated cooling holes direct coolant straight to the cutting edge, effectively flushing out chips and managing temperatures in deep bores. Available in a right-hand version (Item No. SM60050) and a left-hand version (Item No. SM60067), this comprehensive set includes four different bar sizes, all delivered in one practical packaging unit (1 Pc.). This systematic approach provides machinists with the necessary flexibility to tackle a wide range of internal machining tasks.
Technical data
- Designation: A-SCLCR/L(95°) Set Inside turning holders with cooling holes
- Manufacturer: SMOXH
- Right-hand version: SM60050
- Left-hand version: SM60067
- Approach angle: 95°
- Coolant supply: Internal cooling holes
- Packaging unit: 1 Pc.
Dimensions of A-SCLCR/L(95°) Set Inside turning holders with cooling holes
|
d |
H |
L |
f |
Dmin |
| A08H SCLCR/L 06 with cooling holes |
8 |
7 |
100 |
07 |
≥11 |
| A10H SCLCR/L 06 with cooling holes |
10 |
9 |
100 |
08 |
≥13 |
| A12H SCLCR/L 06 with cooling holes |
12 |
11 |
100 |
10 |
≥16 |
| A16M SCLCR/L 09 with cooling holes |
16 |
15 |
150 |
13 |
≥21 |
Applications
These inside turning holders are primarily intended for precise internal machining on both CNC and conventional lathes. Thanks to the carefully selected range of sizes, the set is highly suitable for operations requiring minimum bore diameters from 11 mm up to 21 mm and beyond. It is an excellent choice for internal boring and facing in general mechanical engineering, automotive parts production, and versatile sub-contracting environments.
Special features
A key feature of this boring bar set is the integration of internal cooling holes across all four sizes, significantly supporting process reliability and efficient chip evacuation in tight spaces. The rigid tool construction minimizes vibrations and creates favorable conditions for achieving high surface finishes. By combining four frequently used shank diameters into a single set, workshops gain a practical and efficient solution for diverse internal turning applications.