Non-standard Milling Tools
Carbide Compression End Mill
Range reference: KVX-034
- workpiece material
- steel; stainless steel; cast iron; Nonferrous materials
- application type
- Semi-Finishing; Roughing
- Coating
- Aluminum Titanium Nitride Coating; High Silicon Mixed Nano Coating
• No tear-out cutting on both top and bottom surfaces • Designed for MDF, plywood and laminated boards • Optimized upcut & downcut spiral design • Long tool life with wear-resistant coating • Custom sizes available for your CNC application
Enquire about this tool →Technical data
| Parameter | Specification |
| Tool Material | Solid carbide |
| Diameter Range | 3 mm – 12 mm |
| Overall Length | 50 mm – 100 mm |
| Flute | 2 flutes |
| Cutting Type | Upcut + Downcut (Compression) |
| Coating | TiAIN/ AITiN/ TiSiN/ DLC/ Custom |
| Application | MDF, Plywood, Laminate, Wood |
Technical notes
- A compression end mill is a specialized CNC cutting tool designed with both upcut and downcut spiral flutes. This unique combination allows the tool to compress the material from both directions during cutting, preventing tear-out on the top and bottom surfaces.
- Unlike standard end mills, which may cause chipping or rough edges, compression end mills provide clean and precise cuts, especially when working with layered materials such as plywood and laminated boards.
- Because of this advantage, compression end mills are widely used in woodworking CNC machining, cabinet production, furniture manufacturing, and panel processing industries.
- Our compression end mills are designed to deliver superior cutting performance in demanding woodworking applications.
- The optimized upcut and downcut spiral design ensures clean edges on both sides of the material, eliminating the need for secondary finishing.
- Advanced edge preparation and polishing processes reduce micro-chipping and improve cutting stability. High-quality carbide material and coating technology provide longer tool life and better wear resistance.
- In addition, precision CNC grinding ensures consistent tool geometry, allowing for smooth cutting perfo rmance and improved machining efficiency.