Involute Spline Broach | Gear manufacturing, automotive/aerospace | Material: Carbon steel (Industry) ▲ Titanium steel (Our Advanced) Hardness: 60 HRC (Industry) ▲ 63–65 HRC (Our Base) ▲ 65–67 HRC (Our Advanced) (exceeds ISO 830 by 5 HRC) | ▲ 20% longer tool life (hardness improvement) Corrosion resistance (titanium) | Higher cost for advanced versions |
Keyway Broach | Shaft/keyway cutting in machinery | Tooth Pitch: 2.5 mm (Industry) ▲ 2.0 mm (Our Base) ▲ 1.8 mm (Our Advanced) (finer cuts per ASTM B243) Tolerance: ±0.1 mm (Industry) ▲ ±0.05 mm (Our Advanced) | Precision for tight tolerances Reduced rework | Requires specialized mounting for advanced variants |
Rifling Broach | Firearms manufacturing | Material: Stainless steel (Industry) ▲ High-speed steel (Our Advanced) Tolerance: ±0.01 mm (Industry) ▲ ±0.005 mm (Our Advanced) (meets NIST 800-171 specs) | ▲ 50% smoother barrel finish Heat resistance for high-speed machining | Limited to specialized applications |
Slot Broach | General slot cutting in metal fabrication | Slot Width: 10–50 mm (Industry) ▲ 10–70 mm (Our Advanced) (ISO 13399 compliant) Surface Finish: Ra 3.2 µm (Industry) ▲ Ra 1.6 µm (Our Base) ▲ Ra 0.8 µm (Our Advanced) | Versatility in slot sizes Superior surface finish for precision parts | Heavier tooling for wider slots |
Form Broach | Complex profile cutting (e.g., turbine blades) | Profile Complexity: Simple geometries (Industry) ▲ CAD-designed custom profiles (Our Advanced) Material: Mild steel (Industry) ▲ Titanium steel (Our Advanced) | ▲ 40% faster prototyping (CAD integration) Lightweight yet durable | Higher upfront design costs |
Universal Broach | General-purpose cutting | Versatility: Standard profiles only (Industry) ▲ Customizable tooth spacing (Our Advanced) (per ANSI B1.3 specs) Hardness: 58 HRC (Industry) ▲ 62 HRC (Our Base) | Cost-effective for basic applications Wide material compatibility | Limited precision for specialized tasks |