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WIDIA Diamond Turning Insert: DCMT32511P - Diamond Indexable Turning Inserts
WIDIADiamond Indexable Turning Inserts

WIDIA Diamond Turning Insert: DCMT32511P

The WIDIA Diamond Turning Insert, available as models DCMT32511P and DCMT11T3041P (MPN 4166637), is a diamond indexable turning insert designed for precision machining. These inserts are manufactured by WIDIA and are…

SKU 3G-OTH-258762

Brand
WIDIA
Item
Diamond Turning Insert: DCMT32511P
Category
Diamond Indexable Turning Inserts
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Technical Specifications

WIDIA
Manufacturer Part Number
4166637

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WIDIA Products
3G Electric (S) Pte. Ltd. — Singapore

Product Description

The WIDIA Diamond Turning Insert, available as models DCMT32511P and DCMT11T3041P (MPN 4166637), is a diamond indexable turning insert designed for precision machining. These inserts are manufactured by WIDIA and are intended for use in turning operations.

Frequently Asked Questions

What is the WIDIA Diamond Turning Insert DCMT32511P used for?

The WIDIA Diamond Turning Insert DCMT32511P is used for precision turning operations on non-ferrous materials, composites, and abrasive workpieces. Its diamond grade provides long tool life and fine surface finishes in CNC lathe applications across industries like aerospace and automotive.

What are the specifications of the WIDIA Diamond Turning Insert DCMT11T3041P?

The WIDIA Diamond Turning Insert DCMT11T3041P is a diamond indexable insert with manufacturer part number 4166637. It is designed for turning operations and is available in the DCMT geometry. For exact dimensions and grade details, consult the WIDIA catalog or contact 3G Electric.

Where to buy WIDIA Diamond Turning Inserts worldwide?

3G Electric supplies WIDIA Diamond Turning Inserts, including models DCMT32511P and DCMT11T3041P, to customers worldwide. We handle full logistics, customs clearance, and delivery to your facility. Contact us for pricing and lead time on your required quantity.

How to select the correct WIDIA Diamond Turning Insert for my application?

To select the correct WIDIA Diamond Turning Insert, match the insert geometry (e.g., DCMT) and size (e.g., 32511P) to your tool holder. Consider workpiece material, finish requirements, and machine rigidity. For application-specific advice, contact 3G Electric with your operation details.

Used in

Common applications for WIDIA
General turning of steel components — WIDIA DCMT diamond turning inserts (e.g., DCMT3251MP)
Grooving and parting in automotive parts manufacturing — WIDIA WMTCL indexable grooving toolholders
Finishing operations on aluminum alloys — WIDIA VNMG diamond turning inserts (e.g., VNMG331ML)
Heavy-duty turning of stainless steel — WIDIA DNMG carbide inserts with MS chipbreaker (e.g., DNMG433MS)
Threading and contouring in mold making — WIDIA TCMT triangle turning inserts (e.g., TCMT3252MP)
Parting-off operations in high-volume production — WIDIA WGMEL grooving and parting toolholders

WIDIA Products

3G Electric supplies WIDIA diamond indexable turning inserts. We supply genuine products with in-stock availability on common SKUs, technical documentation, commissioning support, and warranty service — worldwide.

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Compatible alternatives & equivalents

Cross-referenced by specification & description
WIDIA Diamond Turning Insert: DCMT32511P, DCMT11T3041P (MPN 4166636)
WIDIA
WIDIA Diamond Turning Insert: DCMT32511P, DCMT11T3041P (MPN 4166636)
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WIDIA Diamond Turning Insert: DCMT32511P, DCMT11T3041P (MPN 4166640)
WIDIA
WIDIA Diamond Turning Insert: DCMT32511P, DCMT11T3041P (MPN 4166640)
Diamond indexable turning insert for precision machining of non-ferrous materials, composites, and abrasive workpieces. Suitable for turning operations requiring high surface finish and extended tool life in general machining applications
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Diamond indexable turning insert for precision machining of non-ferrous materials, composites, and abrasive workpieces. Suitable for turning operations requiring high surface finish and extended tool life in general machining applications
WIDIA Diamond Turning Insert: DCMT32521P, DCMT11T3081P (MPN 4166643)
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