STFCR/L (91°)

STFCR/L (91°)

The Cargo STFCR/L 91° Turning Tool Holder is a precision external turning tool holder designed for CNC lathes and conventional manual lathe machines. Engineered with a 91° approach angle and a screw-clamp mechanism, this holder securely mounts TCMT-style indexable carbide inserts and similar turning inserts for external turning, profiling, and general machining operations. It provides reliable cutting performance, excellent rigidity, and fast insert change-over — ideal for industrial workshops and CNC job shops in India.

 Technical Specifications

SpecificationDetails
Product NameCargo STFCR/L 91° Turning Tool Holder
Tool TypeExternal Turning Tool Holder
Approach Angle91° (neutral cutting geometry)
Insert CompatibilityTCMT indexable carbide inserts (also suitable for TCGT, TCGW, TCET, TCHT styles)
Clamping SystemScrew-Clamp with wrench (easy insert change-over)
MaterialHardened steel body for strength and rigidity
FinishPrecision ground
Insert IncludedNo (sold separately)
Machine CompatibilityCNC lathes and conventional lathes
Hand OptionsRight-hand (R) and Left-hand (L) configurations

Typical Dimensional Variants

Cargo STFCR/L tool holders are available in common industrial shank sizes — for example:

Model CodeShank Size (mm)Overall Length (mm)Common Insert Size
STFCR1212F0912×12~80TCMT0902
STFCR1616H1116×16~100TCMT1102
STFCR2020K1620×20~125TCMT16T3
STFCR2525M1625×25~150TCMT16T3

These holders support a range of standard TCMT turning inserts and positive triangle styles with clearance angles typically around 7°.


Key Features & Benefits

Neutral 91° Cutting Angle — Provides balanced cutting forces and stable machining performance, suitable for external turning and facing.
Screw-Clamp Mechanism — Secure insert clamping and easy change-over with a simple screw and wrench system.
Broad Insert Support — Compatible with TCMT and related turning insert shapes like TCGT, TCGW, TCET, TCHT for flexibility in tooling options.
Solid Steel Construction — Hardened body provides rigidity, durability, and resistance to vibration under load.
Versatile Industrial Use — Perfect for general turning, profiling, and facing across steel, stainless steel, cast iron, and non-ferrous materials.


Recommended Compatible Inserts (Sold Separately)

Common compatible carbide inserts include:

  • TCMT0902 / TCMT1102 / TCMT16T3
    Also suitable: TCGT, TCGW, TCET, TCHT insert types.

Choose the right insert grade and size based on your material and cutting requirements.


Typical Industrial Applications

The Cargo STFCR/L 91° Turning Tool Holder is ideal for:

  • External turning of shafts, cylinders, and profiles

  • Facing and finishing work

  • General production machining

  • Automotive component manufacturing

  • Engineering and fabrication workshops

Suitable for both CNC turning centers and conventional lathe machines.


Why Choose Cargo STFCR/L 91° Turning Tool Holder?

Balanced Cutting Performance — The 91° geometry provides smooth and neutral cutting characteristics.
Fast Insert Change-Over — Screw-clamp system allows quick tooling setup and reduced downtime.
Wide Insert Compatibility — Supports standard TCMT and related inserts available in India.
Industrial-Grade Rigidity — Hardened steel body ensures long service life and consistent machining quality.
Left & Right Hand Options — Flexible integration into any lathe setup.


Frequently Asked Questions (FAQ)

Q1: What type of inserts does the STFCR/L holder use?
It is designed for TCMT-style indexable carbide inserts and also supports related insert types like TCGT, TCGW, TCET, and TCHT.

Q2: Is this suitable for CNC lathes?
Yes, it’s designed for both CNC turning centers and conventional manual lathe machines.

Q3: Are carbide inserts included?
No — carbide inserts are not included and must be purchased separately.

Q4: What materials can be machined with this holder?
Suitable for steel, stainless steel, cast iron, and non-ferrous metals with the right insert grade.

Q5: What is the advantage of a 91° approach angle?
A 91° angle provides a balanced cutting geometry for stable material removal and smooth surface finish.