Multifunctional Fixed Shank Solid Carbide Step Drill High Consistency Customizable
Multifunctional Fixed Shank Solid Carbide Step Drill High Consistency Customizable Drilling Solution Product Attributes Attribute Value Name Fixed Shank Step Drill Type Customized Coating TiAIN, Other, DLC/ZrN/Super Finish Coating Suitable for Copper, Stainless Steel, Glass (high hardness workpieces), Aluminum Flute 2/4 Flutes, 2/3/4, 2/4 Flutes Product Description The AMG fixed-shank step drill is a multifunctional solid carbide drill specially developed for multi-diameter
| Attribute | Value |
|---|---|
| Name | Fixed Shank Step Drill |
| Type | Customized |
| Coating | TiAIN, Other, DLC/ZrN/Super Finish Coating |
| Suitable for | Copper, Stainless Steel, Glass (high hardness workpieces), Aluminum |
| Flute | 2/4 Flutes, 2/3/4, 2/4 Flutes |
The AMG fixed-shank step drill is a multifunctional solid carbide drill specially developed for multi-diameter hole processing and high-precision drilling. Featuring an integrated step design, it can complete multiple diameter holes in a single feed, significantly improving machining efficiency.
- Manufactured from premium ultra-fine grain carbide for excellent wear resistance
- High-precision CNC grinding for superior performance
- Advanced coating technologies including TiAlN and DLC
- Fixed shank design ensures stable clamping for CNC machining
- Ideal for mechanical processing, mold manufacturing, and aerospace components
- Multi-diameter one-pass drilling
- Internal step forming and deburring
- Drilling of electronic and electrical equipment housings
- Automotive engine housings and mold structural parts
| Step Size A×B (mm) | Shank Diameter D (mm) | Overall Length L (mm) | Material | Coating Options |
|---|---|---|---|---|
| Φ3×Φ5 | 4 | 50 | HM | DLC / TiAlN |
| Φ5×Φ8 | 6 | 60 | HM | TiAlN / Mirror Finish |
| Φ6×Φ10 | 8 | 70 | HM | ZrN / TiAlN |
The AMG fixed-shank step drill employs an integrated multi-step geometry to simultaneously form multiple hole diameters in a single drilling operation. The fixed shank design ensures high coaxiality and low runout, effectively reducing tool changes and repositioning.
- High hole position accuracy for dense housings and multi-step structures
- Smooth surface finish reduces post-processing work
- Excellent edge stability with wear-resistant carbide
- Consistent hole diameter and step size across multiple workpieces
- Strong customization capability for non-standard structures