Description
SCLCR 4 Pc Indexable Boring Bar Set with 14 CCMT32.51 Inserts, 1/2, 5/8, 3/4, & 1"
- Extreme Gloss Finish
- Utilizes 80° Diamond CCMT inserts
- Negative 5° End side cutting angle
- Bar hardness approx. 45HRC
- The insert is securely held with a torx screw to reduce tool slipping
- Includes:
- 4 Indexable boring bars
- 1 each of 1/2'', 5/8", 3/4'' and 1"
- 14 Carbide CVD Coated CCMT 32.5 black-and-white Inserts
- 1 - Torx Wrench
- 1 - Fitted Case
Item | Item Code | Shank Diameter | Inserts | Overall Length |
1/2" Boring Bar | RH SCLCR3 | 1/2" | CCMT32.51 | 7" |
5/8" Boring Bar | RH SCLCR3 | 5/8" | CCMT32.51 | 8" |
3/4" Boring Bar | RH SCLCR3 | 3/4" | CCMT32.51 | 10" |
1" Boring Bar | RH SCLCR3 | 1" | CCMT32.51 | 12" |
10 Pcs/Box Carbide Inserts CVD Coated CCMT32.51 Black/Yellow, #2200-1014x10
- ANSI #: CCMT32.51
- Insert Style: CCMT
- Insert Size: 32.51
- IC: 3/8
- Thickness: 5/32
- Thru Hole: 0.17
- Radius: 1/64
- 7 degree
- Insert Grade: BPS101
- Chip Breaker: MD
- Material: Carbide
- Coating: CVD Al2O3 TICN
- Machining Parts Material: Steel
- Machining Process: Finish
Product features
- BPS101 Black/Yellow Coating Grade
- CVD coated carbide grade, wear-resistance materials coated on the gradient sintered substrate which has both good hardness, toughness
- Can bear high temperatures
- For steel and steel castings finishing to roughing processing
- Continue cutting to light interrupted cutting
- Machining of gray and ductile iron at low to medium cutting speed
- For hard materials continuous cutting and light interrupted cutting from finishing to roughing
- Wet and dry processing
- Combination of fibrous TICN and fine grained Al2O3 increases abrasion resistance and anti-chipping
- Preferred choice chip breaker on General Purpose Finishing
Features of chipbreaker
- For medium-duty turning With broad capability for steel, stainless steel, grey and nodular cast-iron
- Operations: turning, facing and profiling
- Advantages: all-round, reliable with problem-free machining
- Limitations: depth of cut and feed, risk of overloading the cutting edge
- Components typically: axles, shafts, hubs, gears, etc.