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T Slot Cutter | Solid Carbide T Slot Milling Cutter

T-Slot Cutter/Milling Cutters/

T Slot Cutter

Our solid carbide T slot cutters are designed for CNC machining of T-slots and undercut grooves. Standard Ø3–Ø12 mm 4-flute series are available for steel and aluminum applications, with custom dimensions for non-standard slot profiles.

Product TypeT Slot Cutter / T Slot Milling Cutter
Tool MaterialSolid Carbide
Cutter DiameterØ3–Ø12 mm standard; custom sizes available
Cutting Width / T Thickness0.5–4 mm standard options, depending on cutter diameter
Neck DimensionsNeck diameter Ø1.5–Ø6 mm; neck length 4–15 mm standard, depending on cutter size
Shank DiameterAccording to standard cutter size; custom options available
Overall Length50–60 mm standard; custom lengths available
Flute Count4 Flutes standard
Application SeriesSteel and Aluminum

Product Note

Standard cutting widths, neck dimensions, shank diameters, and overall lengths vary by cutter diameter. For non-standard T-slot profiles, cutter diameter, cutting width, neck dimensions, shank diameter, and overall length can be customized according to the part drawing and machining requirements.

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T slot cutters are solid carbide milling tools with a wider cutting head and reduced neck design. They machine T-slots, undercut grooves, and clearance profiles in CNC metalworking applications.

For custom applications, our team reviews the slot profile, workpiece material, required reach, and key dimensions before confirming the suitable tool configuration. For more details, see how a T-slot milling cutter works and why a pilot slot is required.

Specification Options

Our standard solid carbide T slot cutter series covers Ø3–Ø12 mm sizes with different cutting widths, neck dimensions, and overall lengths. These standard configurations meet common CNC machining requirements. Custom dimensions are also available for special slot profiles.

Standard T Slot Cutter Size Range

Cutter DiameterCutting Width / T ThicknessNeck DiameterNeck LengthShank DiameterOverall Length
Ø3 mm0.5–4 mmØ1.5 mm4 mmØ4 mm50 mm
Ø4 mm0.5–4 mmØ2 mm6 mmØ4 mm50 mm
Ø5 mm1–2 mmØ2.5 mm8 mmØ5/Ø6 mm50 mm
Ø6 mm0.5–4 mmØ3 mm8 mmØ6 mm50 mm
Ø8 mm0.5–4 mmØ4 mm10 mmØ8 mm50 mm
Ø10 mm0.5–4 mmØ5 mm13 mmØ10 mm60 mm
Ø12 mm0.5–4 mmØ6 mm15 mmØ12 mm60 mm

Standard dimensions vary by cutter diameter, cutting width, and tool configuration. Please contact us for the exact configuration of each size.

Custom Size Options

We manufacture custom T slot cutters for special slot profiles and machining requirements.

Customers can customize cutter diameter, cutting width, neck diameter, neck length, shank diameter, and overall length according to drawings or application requirements.

Metric sizes are available as standard. Inch sizes and other non-standard dimensions can also be reviewed for custom production.

Applications & Selection

Solid carbide T slot cutters machine T-slots, undercut grooves, and recessed profiles in CNC milling applications.

The suitable cutter configuration depends on workpiece material, slot dimensions, cutting width, required reach, and machining conditions.

T-Slot and Undercut Milling

T slot cutters machine the lower section of T-slots and undercut features after the initial slot preparation.

The reduced neck design provides additional clearance for recessed areas and narrow working spaces.

Typical applications include:

  • CNC machining centers
  • Mold components
  • Fixture plates
  • Machine bases
  • Precision mechanical parts

T Slot Cutter for Steel

For steel machining applications, solid carbide T slot cutters provide high hardness and wear resistance for stable cutting performance.

Typical applications include:

  • Mold steel components
  • Machine bases
  • Fixture plates
  • General steel parts

Tool selection depends on steel grade, slot dimensions, cutting width, and machining requirements.

T Slot Cutter for Aluminum

T slot cutters for aluminum provide suitable cutting edge geometry and efficient chip evacuation for aluminum components.

Typical applications include:

  • Aluminum fixture plates
  • Aerospace aluminum parts
  • Lightweight structural components
  • Aluminum mechanical parts

We adjust tool geometry and cutting conditions according to aluminum alloy type and machining requirements.

Fixture Plates, Mold Bases and Workholding Components

Manufacturers use T slot cutters for workholding components and precision mechanical parts.

Common applications include:

  • CNC fixture plates
  • Machine tool tables
  • Mold bases
  • Custom mechanical components

For special slot profiles, customized T slot cutter dimensions can be produced according to drawings or application details.

Key Features

Solid Carbide Construction

Solid carbide construction provides high hardness and wear resistance for precision CNC milling applications.

The carbide structure helps maintain cutting edge stability when machining steel, aluminum, and other engineering materials.

4 Flute T Slot Cutter Design

The standard T slot cutter series uses a 4 flute design to balance cutting stability and chip evacuation.

Customized flute configurations can also be considered according to cutter diameter, workpiece material, and machining requirements.

Steel and Aluminum Configurations

Cutter geometry can be adjusted for different machining applications.

  • Steel applications: suitable for mold steel, carbon steel, alloy steel, and other steel components.
  • Aluminum applications: suitable for aluminum alloys and lightweight components requiring sharp cutting performance.

The final tool specification depends on material type, slot dimensions, and machining conditions.

Custom T Slot Cutter Manufacturing

In addition to standard sizes, we manufacture custom T slot cutters according to specific machining requirements.

Customers can provide drawings, existing tool specifications, or application details for evaluation. Our team can assist with tool configuration for different slot profiles and machining conditions.

FAQ

What is a T slot cutter used for?

A T slot cutter machines T-slots, undercut grooves, and special slot profiles in CNC milling applications.

Operators usually use it after creating a preliminary slot, allowing the wider cutting head to machine the lower section of the slot.

What materials can T slot cutters machine?

T slot cutters can be used for steel, aluminum alloys, mold steel, alloy steel, and other engineering materials.

The cutter geometry and cutting parameters should match the material and machining conditions.

What sizes of T slot cutters are available?

Standard T slot cutters cover common Ø3–Ø12 mm sizes.

Cutting width, neck dimensions, shank diameter, and overall length can be customized according to the required slot profile and machining requirements.

Can you manufacture custom T slot cutters?

Yes. We manufacture custom T slot cutters according to customer drawings, existing tool specifications, or application requirements.

Our team evaluates non-standard slot profiles and recommends a suitable tool configuration.

What information is needed for a custom T slot cutter quotation?

For an accurate quotation, customers can provide:

  • Slot drawing
  • Workpiece material
  • Machine type
  • Required cutter dimensions
  • Existing tool specifications (if available)

Based on this information, we can evaluate a suitable tool design and production solution.

Contact Us for T Slot Cutter Solutions

If you need standard T slot cutters or customized tools for special slot profiles, please contact us for technical support and quotation.

You can send your requirements by email at sales@cutterbest.com or contact us on WhatsApp. Our team will review your application and provide a suitable tooling solution.

Support is available for specification review, custom/OEM requirements, and application-related tooling questions.

Drawing and Specification Review

Send a drawing, CAD file, sample, or key dimensions. We can review the slot profile and required tool configuration before production.

Custom and OEM Support

Custom dimensions, metric or inch configurations, laser marking, OEM identification, and packaging requirements can be discussed according to the project.

Application Support

If you are unsure which cutter configuration is suitable, provide the workpiece material, slot profile, and available machining information. We can review these details and help confirm the tooling requirements.

Payment terms are confirmed in the quotation or Proforma Invoice after the product specifications and order details have been agreed.

For custom tools, the production schedule is confirmed after the drawing, dimensions, quantity, and technical requirements are finalized.

Shipping methods and delivery arrangements are selected according to the order quantity, destination, package size, and customer requirements. Final shipping details are confirmed before dispatch.

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