SST+ Drill Bits
SST+ Drill Bit Sets
Packaged in sturdy metal index containers or shock resistant, extra-thick polyethylene carrying case. Drill bit sizes are clearly marked on inside panels for easy identification and selection. Metal panels are hinged and neatly folded into box.
Features
- Drill bit sizes marked on inside panel
- SST Quick Shank high performance jobbers
- Sturdy metal index container
Materials
- Aluminum
- Other non-ferrous metals
- Steel
Technical Specifications
| Type | Drill size | Order No | Min. Pkg. | Illus. | List Price | Order |
|---|---|---|---|---|---|---|
| SST Jobber's length 118° quick shank, fractional | 1/16" - 1/2" by 64ths | 01-E 118 | 1 | E | 146.00 | |
| SST Jobber's length 118° quick shank, fractional | 1/16" - 3/8" by 64ths | 01-E 121 | 1 | B | 81.00 | |
| SST Jobber's length 118° quick shank, fractional | 1/16" - 1/2" by 64ths | 01-E 178 | 1 | C | 188.00 | |
| SST+ Stub lenght 135° round shank, fractional | 1/16" - 1/2" by 64ths | 01-E 229 | 1 | D | 113.00 | |
| SST+ Jobber's length 135° round shank, fractional | 1/16" - 1/2" by 32nds | 01-E 606 | 1 | A | 108.00 | |
| SST+ Jobber's length 135° round shank, fractional | 1/16" - 1/2" by 64ths | 01-E 618 | 1 | E | 136.00 | |
| SST+ Jobber's length 135° round shank, wire gage | #1 - # 60 | 01-E 619 | 1 | F | 167.00 | |
| SST+ Jobber's length 135° round shank, fractional | 1/16" - 3/8" by 64ths | 01-E 621 | 1 | B | 83.80 | |
| SST+ Jobber's length 135° round shank, metric | 1 mm to 13 mm by 0.5 mm | 01-E 625 | 1 | H | 198.00 | |
| SST+ Jobber's length 135° round shank, fractional | 1/16" - 1/2" by 64ths | 01-E 678 | 1 | C | 146.00 | |
| SST+ Prentice 135° three flats, fractional | 9/16” - 1” by 16ths | 01-E 708 | 1 | G | 440.00 | |
| SST+ Reduced shank 135° three flats, fractional | 1/16" - 1/2" by 64ths | 01-E 818 | 1 | C | 188.00 |
| Order No | Std Pkg | List Price | Order |
|---|---|---|---|
| 01-E 239 | 1 | 136.00 |
Applications
- Drilling of round surfaces
- Drilling with stationary machines
Tips
- Use index for bit identification and selection