Anwendungen von Schneidwerkzeugen
Find carbide end mills, turning inserts, carbide drills and custom cutting tool solutions by workpiece material, machining operation and application requirement.
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Choose Cutting Tools by Material, Tool Type and Problem
Use this quick selector to find a starting direction. Final tool selection should also consider machine rigidity, workholding, tool overhang, coating, coolant and cutting parameters.
Quick Application Selector
Select your workpiece material, tool category and main machining issue to see a recommended direction.
Application Direction by Material
Different materials require different cutting edge strength, flute space, coating, coolant strategy and cutting parameter direction.
Aluminium
Focus on sharp cutting edges, chip evacuation, anti-sticking and good surface finish.
Rostfreier Stahl
Tool direction should reduce heat, avoid rubbing and support stable cutting in stainless materials.
Gehärteter Stahl
Rigid geometry, coating stability and controlled engagement are important for hardened steel milling.
High Hardness Steel
For HRC60 and HRC65 applications, prioritize edge strength, wear resistance and high-hardness tool direction.
Titanium & Heat-Resistant Alloys
Heat control, chip formation and tool pressure are key for titanium and high temperature alloys.
Copper, Brass & Bronze
Use sharp geometry and stable chip control to reduce burrs, smearing and poor edge quality.
Acrylic & Plastics
Clean cutting, chip evacuation and low heat generation help avoid melting, burrs and edge cracking.
Cast Iron & Graphite
For abrasive materials, tool wear resistance, edge preparation and coating selection are important.
End Mill Application Pages
Use the end mill application pages when you need milling tools by material, tool shape, flute count, coating direction or machining issue.
Current End Mill Application Structure
- End Mill Material Guide — choose end mills by workpiece material.
- Schaftfräser für Aluminium — non-ferrous milling and chip evacuation.
- Schaftfräser für Edelstahl — heat and work-hardening control.
- Schaftfräser für gehärteten Stahl ende" — hard milling tool selection.
- End Mills for High Hardness Steel — HRC60 and HRC65 direction.
- End Mills for Titanium & High Temperature Alloys — difficult alloy machining.
Application Support Across Cutting Tool Categories
This applications center can grow with your product lines, including milling, turning, drilling and custom tool projects.
Hartmetall-Schaftfräser
Application support for slotting, side milling, profiling, finishing, roughing, contouring and deep cavity milling.
- Square, ball nose, corner radius and long reach tools
- 2 flute, 3 flute, 4 flute and roughing direction
- Material-specific and custom end mills
Dreheinsätze
Application support for external turning, boring, facing, finishing and rough turning in different workpiece materials.
- Steel, stainless steel, cast iron and non-ferrous turning
- Grade, chipbreaker and insert geometry direction
- Roughing, semi-finishing and finishing support
Carbide Drills
Application support for holemaking, drilling stability, chip evacuation, hole quality and material-specific drill selection.
- Stainless steel, steel, aluminum and difficult material drilling
- Coating, flute design and coolant direction
- Custom diameter or depth-to-diameter requirements
Custom Cutting Tools
For non-standard dimensions, special profiles, drawing-based tools and difficult machining applications.
- Custom diameter, flute length, radius, neck and shank
- Special coating and material-specific geometry
- Tool review based on drawing or sample photo
Material-to-Tool Application Overview
Use this table as a starting point when comparing material requirements across milling, turning, drilling and custom tool applications.
| Material des Werkstücks | Common Machining Challenge | Werkzeugausrichtung | Related Page / Action |
|---|---|---|---|
| Aluminium / Nichteisenmetalle | Built-up edge, chip welding, burrs and chip clogging. | Sharp edge, good chip evacuation, polished flute or low-friction direction. | Schaftfräser für Aluminium |
| Rostfreier Stahl | Heat buildup, work hardening, edge wear and short tool life. | Heat-resistant coating, stable feed, stronger cutting edge and controlled engagement. | Edelstahl-Schaftfräser |
| Gehärteter Stahl | Chipping, crater wear, poor finish and high cutting force. | Rigid geometry, corner radius, ball nose for contouring and hard milling coating direction. | Schneidfräser aus gehärtetem Stahl |
| High Hardness Steel | Micro chipping, rapid wear and stability issues at HRC60 / HRC65. | High-hardness tool direction, short cutting length, corner radius and stable setup. | High Hardness Steel Tools |
| Titan / Hochtemperaturlegierungen | Heat concentration, notch wear, tool pressure and chatter. | Heat-resistant geometry, chip evacuation, proper coating and controlled cutting load. | Titanium & HTA Tools |
| Copper / Acrylic / Plastic | Smearing, melting, burrs, poor edge quality or chip sticking. | Sharp cutting edge, low heat generation, good chip removal and clean finishing strategy. | Copper & Plastic Applications |
| Non-Standard Material or Part Feature | Standard tool geometry cannot meet feature, finish, reach or tolerance requirement. | Review drawing, old tool sample, material hardness and application details for custom tool design. | Send Application for Review |
Choose by Machining Problem
When the correct tool is not clear, start from the machining problem. Tool geometry, coating, flute count, overhang and cutting parameters all affect tool performance.
- Tool chipping or tool breakage
- Short tool life or rapid wear
- Chatter, vibration or poor finish
- Built-up edge, chip sticking or burrs
- Deep cavity machining or reach problems
Chipping or Breakage
Check tool overhang, cutting load, depth of cut, workholding, runout and tool geometry.
Short Tool Life
Review coating, material-specific grade direction, speeds and feeds, coolant and tool wear pattern.
Schlechte Oberflächenbeschaffenheit
Check finishing allowance, flute count, tool wear, runout, vibration and correct tool shape.
Deep Cavity or Reach Problems
Use the shortest stable overhang possible and consider long reach, reduced neck or custom tool design.
Related Technical Resources
Use these technical guides together with the application pages to confirm dimensions, coating direction, parameters and tool selection.
So wählen Sie Hartmetall-Schaftfräser aus
General selection guide by material, operation, shape, flute count, coating and tool length.
Beschichtungen für Schaftfräser
Compare coating direction for aluminum, stainless steel, hardened steel, titanium and abrasive materials.
Drehzahlen und Vorschübe
Understand RPM, feed rate, chip load and cutting parameter starting points for carbide end mills.
Größen von Schaftfräsern
Review cutting diameter, shank diameter, flute length, overall length and metric/inch size logic.
Naming Convention
Understand ONMY model number codes, flute count, cutter type, length code and size code logic.
Troubleshooting
Diagnose tool chipping, breakage, chatter, built-up edge, poor finish and short tool life.
Request Application-Based Tool Recommendation
Send your workpiece material, machining operation, current tool problem, target finish and drawing if available. ONMY can review your application and suggest a suitable tool direction.
Cutting Tool Application FAQ
What is a cutting tool application page?
It is an application selection page that helps users choose suitable cutting tools by workpiece material, tool category, machining operation and common tool problems.
Is this Applications page only for carbide end mills?
No. This page is designed as a full cutting tool applications center. The current structure includes end mill application pages, and it can also support turning inserts, carbide drills and custom cutting tools.
How should I choose a tool by material?
Start with the workpiece material, then confirm the operation, tool diameter, flute count, coating, machine rigidity, coolant and required surface finish. Material-specific application pages can provide a more detailed direction.
Can ONMY recommend turning inserts or drills by application?
Yes. You can send the material, operation type, drawing, current tool model and machining problem. ONMY can review the application and suggest a tool direction.
What should I send for an application review?
Please provide workpiece material, hardness, tool type, diameter, cutting length, operation, current machining problem, surface finish requirement, quantity and drawing or sample photo if available.
