4-schneidiger VHM-T-Nutenfräser für Stahl und Aluminium – Serie HRC55

PRECISION T-SLOT MILLING FOR STEEL & ALUMINUM
4-flute solid carbide T-slot cutters with fine thickness options and reduced-neck clearance for precise slotting and undercut milling.
Flöten:4
Slot Height:0.5–12 mm
Schnittdurchmesser:Ø3–16 mm
Gesamtlänge:50 / 60 / 75 mm
Beschichtung:TiSiN/Uncoated
Mindestbestellmenge:3-10pcs/Size
Anwendung / Material

N Aluminum AlloysP KohlenstoffstahlP-Legierungsstahl

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BEST FÜR

4-Flute Design

Stabiles Schneiden

Fine Thickness

0.1 mm Steps

Reduced Neck

Less Interference

Sondergrößen

OEM Options

T-Slot End Mill · Solid Carbide · HRC55

HRC55 4-Flute Solid Carbide T-Slot Cutter for Steel & Aluminum

Diese 4-flute solid carbide T-slot cutter
is designed for T-slots, side grooves and recessed profiles that conventional square end mills cannot reach directly.

Ultra-fine carbide and a nano composite coating support wear resistance. Select the head size, neck clearance and coating according to the slot geometry and workpiece material.

Typical applications:
precision components, mold parts and fixtures.

Material, Coating & Cutting Edge

High wear resistance solid carbide T-slot cutter

Ultra-Fine Carbide

0.4 μm carbide substrate supports cutting-edge strength and wear resistance.

Nano composite coating on T-slot cutter

Nano Composite Coating

Supports heat and wear resistance. Confirm the coating for the selected workpiece.

T-slot cutter cutting-edge detail

Ground Cutting Edges

Sharp cutting edges support controlled side cutting and groove finishing.

Designed for Recessed Slot Access

Reach Behind Slot Walls

The enlarged cutting head accesses recessed grooves after a suitable entry slot or opening has been prepared.

Match the Neck Clearance

Choose the neck diameter and reach to clear the slot opening and reduce the risk of rubbing against the workpiece.

Four Cutting Edges

Four flutes provide repeated cutting engagement for side-slot milling and recessed profile machining.

Anpassung anhand von Zeichnungen

Head diameter, cutting width, neck, shank and overall length can be reviewed against your drawing.

Bearbeitungsanwendungen

T-Slot Milling
Side Groove Milling
Recessed Profiles
Accessible Undercuts

Workpiece Material Compatibility

hss taps application materials

Confirm material grade, hardness and coating before selecting the cutter.

MATERIAL ANWENDUNG SELECTION NOTE
Kohlenstoffstahl T-slots and side grooves Match geometry to slot dimensions
Legierter Stahl Recessed grooves and profiles Confirm grade and hardness
Aluminum & Aluminum Alloys Side grooves and recessed features Confirm aluminum-suitable coating and chip clearance
Mold & Tool Steel Mold grooves and recessed details Review hardness, reach and engagement
Hardened Steel up to Approx. HRC55 Application-dependent slot machining Confirm suitability for the selected size and setup

Am besten für

T-slots, side grooves and recessed features with sufficient entry access and neck clearance.

Nicht ideal für

Direct plunging into solid material or enclosed features without a suitable cutter entry path.

Application tips:
prepare entry clearance, keep tool overhang short and maintain chip removal from recessed slots.

Produktdetails

Solid carbide T-slot end mill product image 5
Solid carbide T-slot end mill product image 4
Solid carbide T-slot end mill product image 2
Solid carbide T-slot end mill product image 1
Solid carbide T-slot end mill product image 6

Solid Carbide T-Slot Cutter Dimensions

Dimensional reference for the 4-flute solid carbide T-slot cutter, showing cutting-head thickness, reduced-neck clearance, shank diameter and overall length.

Solid carbide T-slot cutter dimension diagram showing cutting diameter, head thickness, neck diameter, neck length, shank diameter and overall length

Technische Daten

Werkzeugtyp T-Slot Cutter / Undercut Milling Cutter
Material / Flutes Solid Carbide / 4 Flutes
Schnittdurchmesser Ø3–Ø16 mm
Cutting Thickness T 0.5–12 mm, size-dependent
Fine Thickness Steps 0.1 mm within selected ranges
Neck Diameter Ø1.5–Ø8 mm
Neck Length 5–25 mm
Gesamtlänge 50 / 60 / 75 mm
Anwendungen T-Slot Milling / Undercutting / Groove Profiling

Standard Sizes & Dimensions

Reference sizes covering Ø3–Ø16 mm cutting diameters with 0.1 mm thickness increments in selected ranges. All dimensions are in mm.

Cutting Dia. Thickness T (mm) Neck Dia. Neck Length Schaft Dia. OAL
Ø3 0.5–3.0 (0.1 steps) 1.5 5 4 50
Ø4 0.5–4.0 (0.1 steps); 4.5, 5 2 6 4 50
Ø6 0.5–4.0 (0.1 steps); 4.5, 5, 6 3 9 6 50
Ø8 0.5–4.0 (0.1 steps); 4.5, 5, 6, 8 4 12 8 50
Ø10 0.5–4.0 (0.1 steps); 4.5–8.0 (0.5 steps); 10 5 15 10 60
Ø12 0.5–4.0 (0.1 steps); 4.5–8.0 (0.5 steps); 10, 12 6 18 12 60
Ø14 2, 5, 8 7 25 14 75
Ø16 2, 5, 8 8 25 16 75

Thickness Note: Cutting thickness increases in 0.1 mm steps within the specified fine-size ranges. Larger thicknesses use 0.5 mm increments or individually listed sizes. All configurations have 4 flutes.

Anmerkung zur Auswahl: Confirm cutting-head thickness, neck clearance, workpiece material and coating before ordering. Custom dimensions are available upon review.

Solid Carbide T-Slot Cutter Customization

Benutzerdefiniert cutting diameters, head thickness, neck diameters, neck lengths, shank sizes, overall lengths and coatings are available for steel and aluminum applications, with 0.1 mm thickness increments in selected ranges.

t slot cutter end mill hy cutting tools

Qualität, Prüfung und Lieferung

Unser 4-flute solid carbide T-slot cutters undergo checks for cutting diameter, head thickness, neck dimensions, cutting-edge quality and coating condition before protective packaging and shipment.Quality inspection of solid carbide T-slot cuttersProtective packaging for solid carbide T-slot cutters

Solid Carbide T-Slot Cutter FAQs

Answers to common questions about T-slot milling, cutting thickness, neck clearance and material selection for steel and aluminum.

What is a solid carbide T-slot cutter used for?
A solid carbide T-slot cutter is used for T-slot milling, recessed side grooves and undercut features that conventional end mills cannot easily reach. Its cutting head and reduced-neck geometry support side-profile machining.
Does T-slot milling require a pre-machined slot?
Usually, yes. A pre-machined entry slot must provide sufficient clearance for the cutter head. Check the entry path, groove dimensions and neck clearance before machining.
Are 0.1 mm cutting thickness increments available?
Yes. Selected sizes offer 0.1 mm thickness increments, including the 0.5–4.0 mm range on specified diameters. Larger thicknesses are available in 0.5 mm steps or individually listed sizes. Check the size table for available combinations.
How do I choose the cutting diameter and slot thickness?
Select the cutting diameter according to the required T-slot width and available clearance. Match the head thickness to the slot height. Reference sizes cover Ø3–Ø16 mm, with thickness options varying by diameter.
Why are neck diameter and neck length important?
Die reduced-neck design helps prevent interference with slot walls and adjacent shoulders. Neck diameter and length must provide sufficient clearance without excessive tool overhang or deflection.
Which steel and aluminum grades can be machined?
Material-specific configurations can be reviewed for 1018, 1045 and 4140 steel, as well as 6061, 6082 and 7075 aluminum alloys. Cutting geometry and coating should match the selected grade and machining conditions.
Which coating is suitable for steel or aluminum T-slot milling?
TiSiN or AlTiN options can be reviewed for steel, while DLC or uncoated configurations may be suitable for aluminum. Coating availability and cutting geometry must be confirmed by size and material.
Can this HRC55 T-slot cutter machine hardened steel?
The HRC55 designation refers to the steel-machining series. Suitability near 55 HRC depends on the actual steel grade, cutting geometry, coating and engagement. Confirm the application before production.

Customization & Ordering FAQs

Common purchasing questions about custom dimensions, trial orders, replacement tools and OEM supply.

Can T-slot cutters be customized from drawings or samples?
Yes. Custom cutting diameters, head thicknesses, neck dimensions, shank sizes, overall lengths and coatings can be reviewed from drawings or existing cutter samples.
What are the MOQ and lead time for custom T-slot cutters?
Small trial orders are supported. MOQ varies by configuration, often around 3–10 pieces per size. Standard-complexity custom tools typically take around 7 days; special geometries and coatings require confirmation.
Are OEM marking and private-label packaging available?
Yes. Laser marking, custom tool codes, private labels and packaging are available for distributors and OEM orders.
What information is needed to quote a custom T-slot cutter?
Provide the cutting diameter, head thickness, neck diameter, neck length, shank size, workpiece material and quantity. Include a drawing or existing tool sample for non-standard specifications.

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