Smoxh Cutting Tools

T System Internal Turning Tools - TDQNR/L (107.5)

TDQNR/L (107.5)

T System Internal Turning Tools

Technical Specifications

Ordering Code Item Designation Dimensions Master Insert Barcode
  TDQNR/L (107.5) Insert
Brand
d h L f D Min Direction Approach
Angle
Weight
(Kg)
T System Internal Turning Tools
SM04894 S25S TDQNR-11 ISO 25 23 250 19.5 ≥36 Sağ 107.5° 0.95 DNM.1104.. 8681408004894
SM04931 S25S TDQNL-11 ISO 25 23 250 19.5 ≥36 Sol 107.5° 0.95 DNM.1104.. 8681408004931
SM04962 S32T TDQNR-11 ISO 32 30 300 24 ≥42 Sağ 107.5° 1.77 DNM.1104.. 8681408004962
SM04979 S32T TDQNL-11 ISO 32 30 300 24 ≥42 Sol 107.5° 1.77 DNM.1104.. 8681408004979
SM05051 S25S TDQNR-15 ISO 25 23 250 19.5 ≥39 Sağ 107.5° 0.95 DNM.1506.. 8681408005051
SM05136 S25S TDQNL-15 ISO 25 23 250 19.5 ≥39 Sol 107.5° 0.95 DNM.1506.. 8681408005136
SM05082 S32T TDQNR-15 ISO 32 30 300 24 ≥44 Sağ 107.5° 1.77 DNM.1506.. 8681408005082
SM05006 S32T TDQNL-15 ISO 32 30 300 24 ≥44 Sol 107.5° 1.77 DNM.1506.. 8681408005006
SM05105 S40U TDQNR-15 ISO 40 37 350 30 ≥50 Sağ 107.5° 3.4 DNM.1506.. 8681408005105
SM05150 S40U TDQNL-15 ISO 40 37 350 30 ≥50 Sol 107.5° 3.4 DNM.1506.. 8681408005150
SM05020 S50V TDQNR-15 ISO 50 47 400 38 ≥63 Sağ 107.5° 5.9 DNM.1506.. 8681408005020
SM05181 S50V TDQNL-15 ISO 50 47 400 38 ≥63 Sol 107.5° 5.9 DNM.1506.. 8681408005181

Product Description

Internal Coolant Turning Tools: Advantages

Internal coolant turning tools optimize the machining process by delivering coolant directly to the cutting edge.

✅ Extends Tool Life
Improved cooling reduces wear, resulting in lower tool costs.

✅ Improves Cutting Quality
By controlling heat, smoother surface finishes are achieved.

✅ Increases Efficiency
Enhances chip evacuation, allowing for higher cutting speeds and reduced machining time.

✅ Offers Environmental and Economic Benefits
Lower coolant consumption reduces waste and operational costs.

✅ Suitable for Roughing and Semi-Finishing
Provides convenience in various machining operations.

✅ Negative Rake Angle Design
Ensures durability under high cutting forces.


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