Description
Product Overview
This solid carbide chamfer mill is designed for
precision edge chamfering, deburring, edge breaking,
hole-entry chamfering and V-groove machining on
metal components.
The rigid carbide construction and multi-flute cutting
geometry support stable cutting engagement and repeatable
chamfer dimensions. Standard nominal angle options include
60°, 90° and 120°, with custom angles and dimensions
available according to the component drawing.
Recommended Chamfer Milling Applications
Carbide chamfer mills can be used for external edges,
hole entrances, intersecting features and angular profiles
where a controlled chamfer or burr-free transition is required.
Edge Chamfering
Produces controlled chamfers on component edges,
shoulders, plates, frames and machined profiles.
Deburring and Edge Breaking
Removes sharp edges and light burrs after milling,
drilling, slotting and other machining operations.
Hole-Entry Chamfering
Suitable for producing angular features around
drilled or bored hole entrances when the selected
cutter geometry provides the required access.
V-Groove Machining
Standard or custom-angle tools can machine
V-grooves, angular channels and application-specific
profile features.
How a Chamfer Mill Produces the Required Edge
The tapered cutting section contacts the component at
a programmed axial and radial position. Changing the tool
position controls the resulting chamfer width while the
cutter angle defines the basic angular profile.
Angle and Tool Position
- The cutter angle determines the basic chamfer geometry
- Axial position influences the machined chamfer width
- Radial toolpath compensation controls the final location
- Tool runout can affect chamfer width consistency
- The actual cutting profile should match the tool drawing
- The first component should be inspected before batch production
Stable Edge Formation
- Multiple cutting edges distribute the cutting engagement
- Rigid carbide construction supports profile stability
- Controlled cutting depth helps avoid excessive tool load
- Suitable geometry helps reduce remaining edge burrs
- Chip evacuation remains important around recessed features
- Coating should be selected for the workpiece material
Chamfer Angle Options
The current standard range includes 60°, 90° and 120°
nominal angle options. The exact angle definition and
finished component geometry should be confirmed on the
approved tool drawing before production.
60° Chamfer Mill
Suitable for sharper angular features,
V-grooves and component-specific chamfers
requiring a narrower included profile.
90° Chamfer Mill
A common option for general edge chamfering,
deburring and hole-entry features on
machined components.
120° Chamfer Mill
Provides a wider angular profile for specific
edge transitions, hole features and
component drawing requirements.
Custom Chamfer Angles
Non-standard angles, tip forms and combination
profiles can be developed according to
the component feature.
Solid Carbide Chamfer Mill Design and Performance
Chamfer angle, tip geometry, cutting diameter,
cutting length, flute structure, carbide grade and coating
are selected together according to the workpiece and operation.
Solid Carbide Construction
Solid carbide provides rigidity, wear resistance
and dimensional stability for precision chamfering
and deburring applications.
Multi-Flute Cutting Geometry
The current standard configuration uses four
cutting edges to support stable and productive
angular-profile machining.
Controlled Chamfer Angle
Precision-ground cutting geometry supports a
repeatable relationship between the tool angle
and finished component feature.
Consistent Chamfer Width
Stable tool geometry and controlled positioning
help maintain consistent chamfer dimensions
during repeated machining.
Edge Deburring Capability
Suitable cutting geometry can remove sharp edges
and light burrs while producing a controlled
angular transition.
Hole-Entrance Machining
The tapered cutting profile can machine
chamfers around accessible hole entrances
without using a separate manual process.
V-Groove Capability
Controlled angle geometry supports V-shaped
grooves and angular profile features where
tool access permits.
Standard Diameter Range
Standard cutting diameters from 3 mm to 20 mm
cover different edge, hole and profile dimensions.
Custom Tip Geometry
Pointed, relieved or application-specific tip
configurations can be evaluated according to
the machining feature.
Custom Cutting Dimensions
Cutting diameter, cutting length, shank diameter
and overall length can be adjusted according
to the component drawing.
Application-Specific Coating
Carbide grade and coating can be selected according
to the workpiece material, hardness, cutting speed
and coolant condition.
Drawing-Based Customization
Custom angles, pilot features, step geometries
and combination profiles can be developed
for special component requirements.
Recommended Workpiece Materials
The final carbide grade, coating and cutting-edge geometry
should be selected according to the exact workpiece material,
hardness, machining condition and required edge quality.
Different materials may require different carbide grades,
flute geometries and coatings. Hardened steel, titanium,
aluminum and abrasive composite materials should be
evaluated separately before tool selection.
Solid Carbide Chamfer Mill vs PCD Chamfer Cutter
Both tools can produce chamfers, but they use different
cutting materials and are intended for different
workpiece and production requirements.
Solid Carbide Chamfer Mill
- Suitable for general metal machining applications
- Available for steel, mold steel and stainless steel
- Standard 60°, 90° and 120° options
- Flexible standard and custom dimensions
- Suitable for mixed-model production
- More economical for general-purpose applications
PCD Chamfer Cutter
- Primarily intended for abrasive non-ferrous materials
- Suitable for aluminum, graphite and composites
- Provides high abrasion resistance
- Supports long repetitive production cycles
- Frequently uses drawing-based custom geometry
- Selected when long-term edge retention is required
Standard Size List
The current standard product range covers cutting diameters
from 3 mm to 20 mm. Standard nominal angle options include
60°, 90° and 120°.
| Cutting Diameter D | Nominal Angle | Cutting Length L1 | Shank Diameter d | Overall Length L |
|---|---|---|---|---|
| 3 mm | 60° / 90° / 120° | 8 mm | 3 mm | 50 mm |
| 4 mm | 60° / 90° / 120° | 10 mm | 4 mm | 50 mm |
| 5 mm | 60° / 90° / 120° | 12 mm | 5 mm | 50 mm |
| 6 mm | 60° / 90° / 120° | 15 mm | 6 mm | 50 mm |
| 7 mm | 60° / 90° / 120° | 16 mm | 7 mm | 60 mm |
| 8 mm | 60° / 90° / 120° | 17 mm | 8 mm | 60 mm |
| 9 mm | 60° / 90° / 120° | 19 mm | 9 mm | 75 mm |
| 10 mm | 60° / 90° / 120° | 20 mm | 10 mm | 75 mm |
| 11 mm | 60° / 90° / 120° | 23 mm | 11 mm | 75 mm |
| 12 mm | 60° / 90° / 120° | 25 mm | 12 mm | 75 mm |
| 14 mm | 60° / 90° / 120° | 30 mm | 14 mm | 100 mm |
| 16 mm | 60° / 90° / 120° | 35 mm | 16 mm | 100 mm |
| 18 mm | 60° / 90° / 120° | 38 mm | 18 mm | 100 mm |
| 20 mm | 60° / 90° / 120° | 40 mm | 20 mm | 100 mm |
Unit: mm. Dimensions are based on the current standard
product list. Angle definition, tip geometry and stock
availability should be confirmed before ordering.
Special angles and dimensions are available on request.
Product Configuration Overview
| Tool Type | Solid Carbide Chamfer Mill |
|---|---|
| Alternative Names |
Chamfer End Mill / Chamfering Cutter / Carbide Chamfer Cutter |
| Tool Material | Solid Carbide |
| Standard Flute Configuration | 4 Flutes |
| Standard Nominal Angles | 60° / 90° / 120° |
| Standard Diameter Range | 3–20 mm |
| Main Operations |
Edge Chamfering / Deburring / Edge Breaking / Hole-Entry Chamfering / V-Grooving / Angular-Profile Milling |
| Recommended Materials |
Carbon Steel / Alloy Steel / Tool Steel / Mold Steel / Stainless Steel / Cast Iron / Selected Non-Ferrous Materials |
| Coating |
Selected According to Workpiece Material, Hardness and Machining Conditions |
| Custom Options |
Chamfer Angle / Tip Geometry / Cutting Diameter / Cutting Length / Shank Diameter / Overall Length / Combination Profile / Coating |
| OEM Options |
Laser Marking / Customer Model Number / Custom Label / Private-Label Packaging |
Chamfer Mill Selection Guidelines
Selecting the correct tool requires the finished chamfer
angle, chamfer width, available clearance and workpiece
material—not only the cutter diameter.
Confirm the Component Feature
- Required chamfer angle
- Required chamfer width or maximum diameter
- External edge or hole-entry feature
- Available tool access and clearance
- Dimensional and appearance requirements
- Standard chamfer or special angular profile
Confirm the Tool Configuration
- Cutting diameter and tip geometry
- Required cutting and overall length
- Shank diameter and holder type
- Workpiece material and hardness
- Coolant, air blast or dry machining
- Required standard or custom coating
Recommended Machining Method
Chamfer accuracy and surface condition depend on
tool positioning, runout, cutting engagement,
workholding rigidity and suitable cutting parameters.
Recommended Setup
- Use rigid workholding and a low-runout holder
- Confirm the actual cutter angle and tip dimensions
- Use controlled axial and radial engagement
- Provide effective chip evacuation
- Use a stable lead-in and lead-out toolpath
- Inspect the first chamfer before batch production
Conditions Requiring Attention
- Excessive axial depth can create an oversized chamfer
- Tool runout can cause uneven chamfer width
- Insufficient clearance can cause holder interference
- Heavy engagement can increase vibration and burrs
- Incorrect coating can accelerate cutting-edge wear
- Plunging capability must be confirmed from the tool geometry
Custom Solid Carbide Chamfer Mill Options
Non-standard chamfer cutters can be developed according
to the component drawing, required angle, available
clearance, workpiece material and production process.
Information Required for Tool Selection
Complete component and machining information helps
confirm the required cutter angle, diameter, cutting
length and material-specific tool configuration.
Component Information
- 2D drawing or 3D component model
- Required chamfer angle
- Required chamfer width
- Maximum and minimum feature diameters
- Workpiece material and hardness
- Dimensional and surface requirements
Machining Information
- Machine and spindle type
- Toolholder type and measured runout
- Required cutting and overall length
- Coolant, air-blast or dry-machining condition
- Current tool and cutting parameters
- Production quantity and cycle requirements
Custom Chamfer Tool Development Process
Custom tool geometry is developed according to
the component feature, required angle, tool access
and machining conditions.
Solid Carbide Chamfer Mill Manufacturer
ZHY supplies standard and drawing-based carbide chamfer
mills to precision machining companies, mold manufacturers,
automotive suppliers, aerospace manufacturers,
distributors and private-label cutting-tool brands.
Application and Production Support
- Standard 60°, 90° and 120° angle options
- Standard diameter range from 3 mm to 20 mm
- Custom angles and cutting dimensions
- Material-specific carbide and coating selection
- Prototype tools for profile verification
- Standard and customized batch production
OEM and Private Label
- Customer logo laser marking
- Customer model and product numbers
- Angle and specification marking
- Custom labels and barcode stickers
- Private-label packaging support
- Packaging verification before shipment
Production and Quality Inspection
Chamfer angle, tip geometry, cutting diameter,
cutting length and cutting-edge appearance are inspected
to support repeatable standard and custom production.
Explore More Chamfer and Custom Milling Tools
Select a solid carbide tool for general metal machining,
or a PCD cutter for long-running aluminum,
graphite and composite applications.
Request a Chamfer Mill Recommendation
Send us the component drawing, workpiece material,
required chamfer angle, chamfer width, maximum and minimum
feature diameters, cutting length, shank diameter,
overall length, machine information and order quantity.
Our team will review the application and recommend a
suitable standard or customized solid carbide chamfer mill.
