What are the application industries of high-speed steel three sided milling cutters with staggered t
Sources:www.cssjlgj.com | PublishDate:2026.09.08
1. General mechanical equipment industry (with large usage)
Processing: gearbox body, gear seat, flange, transmission shaft keyway, slider, guide rail groove, bracket groove, coupling, base step surface.
Typical processes: milling through grooves, semi through grooves, step surfaces, keyways, and tool grooves.
Equipment: Ordinary horizontal milling and milling machines, small and medium-sized batches, maintenance parts, non-standard parts.
2. Automotive and parts industry (fuel+new energy)
The processing objects are mostly general structural components, chassis accessories, brackets, gearbox housing blanks, transmission connectors, 12V battery brackets, various installation bracket grooves, and motor end cover grooves.
Process: bracket slotting, keyway, limit slot, installation step; Suitable for small and medium-sized processing of steel and cast iron parts.
Large quantities of high hardness working conditions will switch to hard alloy three sided blades; High speed steel is commonly used for trial production, maintenance, and small batch parts.
3. Rail Transit
Locomotive and subway accessories: various installation supports, connectors, clamps, positioning slots, pin shaft keyways; Milling of grooves and steps for ordinary carbon steel and cast steel parts.
4. Hardware Tools&Fasteners
Wrench, fixture body, clamp body, bolt head slot, fixture positioning slot; Slot processing for various types of fixtures and jigs.
5. Pump valve fluid equipment
Valve body, pump body, flange groove, positioning step, packing groove; Milling of through grooves for cast iron and carbon steel valve bodies.
6. Manufacturing of mold accessories and fixtures
Slotting of mold templates, pressing plate slots, fixture bases, and step and limit slots of fixtures; Only used for processing non quenched mold substrates, quenched molds are not suitable for high-speed steel.
7. Steel structures and engineering machinery components
Ordinary structural components, connecting plates, hinged seats, and clamping plates of construction machinery; Milling through slots, making way slots, and assembling steps.
High strength quenched structural components are not suitable for high-speed steel cutting tools.
8. Nonferrous metal processing (aluminum, copper)
Electrical cabinet accessories, conductive copper bar slots, aluminum bracket slots; Good chip separation for misaligned teeth, making it less likely for aluminum and copper to stick to the cutting edge during processing.
9. Agricultural machinery
Agricultural machinery box, transmission seat, connecting rod, bracket, a large number of ordinary carbon steel and cast iron keyway and groove processing.
10. Maintenance, machining outsourcing workshops, teaching and training
Equipment maintenance spare parts, small batch repair of individual items; Technical school practical training, ordinary milling machine practical training.