Hanwin Glass Technology
HANWINGLASS TECHNOLOGY
Precision Profiling

CNC Milling Cutter

Solid carbide or PCD-tipped milling cutters for CNC working centers. Designed for 2D and 3D glass profiling, edge shaping, and contour cutting at production speeds — any profile, any contour.

Ø6–Ø50mm
Diameter Range
3–25mm
Glass Range
8–24k RPM
Speed Range
500–2,000
Linear Meters
Process

How It Works

Four stages from programming to profile completion — the engineering behind every contour.

Cutter Cross-Section
Tool Holder
Shank
Flute Body
CVD Diamond Coating
Cutting Tip
Coolant Flow
Glass Edge Contact Zone
Advantages

Why Milling Cutter

Maximum versatility, maximum precision. Every feature engineered for custom profiling and contour cutting.

CVD Diamond Coating

Chemical vapor deposition diamond coating provides uniform hardness across the entire cutting surface. 3–5× longer life than uncoated carbide.

Any Profile Geometry

From simple chamfers to complex ogees and custom contours — the CNC program defines the profile, not the tool shape. Unlimited design flexibility.

G2.5 Dynamic Balance

Precision balancing to G2.5 standard eliminates vibration that causes edge chipping and surface defects. Critical for high-speed profiling.

Optimized Flute Geometry

Flute channels are engineered specifically for glass swarf — finer and more abrasive than metal chips. Efficient evacuation prevents recutting and tool damage.

Any Profile Geometry

From simple chamfers to complex ogees and custom contours — the CNC program defines the profile, not the tool shape. Unlimited design flexibility.

Specifications

Technical Specs

Precision-engineered cutters built for custom profiling and contour cutting.

Material
Solid Carbide + CVD Diamond / PCD
Diameter
Ø6–Ø50mm
Length
50–200mm
Speed
8,000–24,000 RPM
Glass Range
3–25mm float glass
Hardness
HRA 89–93
Tolerance
±0.02–0.05mm
Life
500–2,000 linear meters
Performance

How It Compares

Milling cutters lead in versatility and profile range — the ultimate tool for custom CNC glass profiling.

VersatilityPrecisionTool LifeCost EfficiencyProfile Range
Milling CutterSelected
95
Versatility
85
Precision
70
Tool
60
Cost
95
Profile
Internal Grinding
50
Versatility
90
Precision
60
Tool
55
Cost
40
Profile
Mill-Plus-Edge
70
Versatility
80
Precision
85
Tool
90
Cost
65
Profile

Milling cutters score highest in Versatility (95) and Profile Range (95) — making them the optimal choice for custom profiling where edge geometry variety matters most.

Applications

Where It Excels

The go-to tool for custom edge profiling, architectural glass processing, and prototype production.

Architectural Glass Profiling

Milling Cutter Application

Complex edge profiles on curtain walls, structural glass, and decorative panels where varied geometries are specified across a single project.

Volume
200–2,000 pcs/day
Profiles
3–15 per project
Thickness
6–19mm
Applicable Tools
Milling CutterMill-Plus-Edge
Quality

Choose Your Grade

Three tiers engineered for every production scale and quality requirement.

Carbide

Standard production
Coating
None (bare carbide)
Hardness
HRA 89–93
Life Multiplier
1.0×
Price Multiplier
1.0×
Solid tungsten carbide body (HRA 89–93)
Uncoated — relies on carbide hardness alone
Suitable for standard float glass profiling
Lower upfront cost
Suitable for prototype and short-run work
Ideal For
Prototype and short-run productionStandard float glass profilingCost-sensitive operationsEducational and training environments
Recommended

CVD Diamond

Enhanced performance
Coating
CVD Diamond
Hardness
HV 6000–8000
Life Multiplier
3.0×
Price Multiplier
2.5×
Uniform CVD diamond coating (HV 6000–8000)
3–5× longer life than uncoated carbide
Consistent surface finish throughout tool life
Suitable for all float glass types
Technical support and process optimization included
Ideal For
High-volume architectural glass productionMixed glass type operationsConsistent surface finish requirementsMost CNC profiling applications

PCD

Maximum life
Coating
PCD Tips (brazed)
Hardness
HV 8000–10000
Life Multiplier
6.0×
Price Multiplier
4.0×
PCD tips (HV 8000–10000) brazed to carbide body
5–8× longer life than uncoated carbide
Best-in-class edge quality on thick and coated glass
Suitable for 12–25mm glass and hard coatings
Dedicated technical support and process engineering
Ideal For
Thick glass processing (12–25mm)Hard-coated glass (Low-E, solar control)Automotive and display glassMaximum life and minimum downtime
Maintenance

Keep Them Cutting

Five essential practices to maximize cutter life and maintain consistent profile accuracy.

CNC milling cutters must operate with coolant. Dry operation instantly damages the diamond coating and can cause catastrophic tool failure.

Check the diamond coating under magnification weekly. When coating wear exceeds 50% of the original thickness, plan replacement — the tool will still cut but with reduced efficiency.

Measure sample pieces daily against the programmed dimensions. When tolerance drift exceeds ±0.05mm, the tool needs replacement or the CNC program needs adjustment.

Glass dust accumulates in flute channels and on the tool shank. Clean with compressed air and a brass brush after each shift — never steel, which can damage the coating.

Log meters processed per tool. Average life is 500–2,000 linear meters depending on glass type, profile complexity, and feed speed.

FAQ

Common Questions

Everything you need to know about CNC milling cutters.

Use milling cutters for custom profiles, varied edge geometries, and prototype/short-run production. Diamond wheels are faster for simple straight-line edging but cannot create complex profiles without custom wheel manufacturing.

CVD diamond coating is better for general-purpose profiling — it provides uniform hardness and is more cost-effective. PCD (polycrystalline diamond) tips are better for heavy-duty applications and thick glass (12mm+) where the coating may wear through.

One tool creates the same profile across its entire life. Different profiles require different toolpaths, and often different tool geometries (e.g., ball-nose for bullnose, flat-end for chamfer). The tool is not the limiting factor — the CNC program is.

Minimum 3kW for standard profiling on glass up to 12mm. For thick glass (12–25mm) or aggressive profiling, 5–7.5kW is recommended. Higher power allows faster feed rates and longer tool life.

Enquiry

Get a Quote

Tell us about your application and we'll recommend the right milling cutter configuration.

Contact Information

Phone
+86 138 1131 7132
Email
info@hanwinglasstech.com
Location
Foshan, Guangdong, China

Pre-configured for Milling Cutters

Your enquiry is pre-tagged for our CNC milling cutter product line. Include your glass thickness, required profiles, and monthly volume for a faster response.

Ready to Order

Power Your CNC with Precision Milling

Whether you need one cutter or a hundred — CNC milling cutters deliver the versatility and precision your glass profiling demands.

ISO 9001 Certified
CVD Diamond Coating
Quality Guarantee
20+ Years Experience