Highly rigid internal toolholder with excellent chip evacuation
Ideal tool geometry has been developed for excellent chip evacuation by extensive structural analysis simulation
Applications & Features
Applications
Features
Engineered for tool strength and optimal chip evacuation
1. Tool body of special alloy steel, designed to reduce chatter
• Ensures superior surface finish quality over conventional ID turning tools.
• Improved tool life, efficiency, and economy.
2. Optimal holder design assures low cutting load and high performance in the smallest bore diameters
3. Easy to use
Marking specifications
Inserts & Grades
Inserts
Main Grades
T9215
- P10 – P20
- Well-balanced between wear and chipping resistance
- First choice for steel
- High versatility for a wide range of applications
T6130
- P15 – P30 / M15 – M30
- High wear resistance in cutting at medium to high speed
- First choice for stainless steel
AH8015
- M01 – M20 / S10 – S20
- Good balance between wear and fracture resistance
- First choice for machining heat-resistant alloy under general cutting conditions
Toolholders
Internal turning
StreamJetBar Toolholders
Highly rigid internal toolholder with excellent chip evacuation
Practical examples
Example #1
General Engineering
| Part: | Machine parts |
| Material: | S35C (C35) |
| Toolholder: | E20S-SDUCR11-D270 |
| Insert: | DCMT11T304-PS |
| Grade: | T9215 |
| Cutting conditions: | Vc = 70 – 160 (m/min) f = 0.12 – 0.2 (mm/rev) ap = 1.0 (mm) Coolant: Wet |
Example #2
Automotive Industry
| Part: | Automotive parts |
| Material: | S45C (C45) |
| Toolholder: | A12M-SDUPL07-D180-P |
| Insert: | DPMT070204-PS |
| Grade: | T9215 |
| Cutting conditions: | Vc = 130 (m/min) f = 0.1 (mm/rev) ap = 1.5 (mm) Coolant: Wet |
Standard cutting conditions
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Risorse
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