Explore MJ thread tapping optimization through finite element analysis and experiments. Discover how tap geometry and machining parameters improve tapping torque, tool life, and thread quality.
This paper introduces aluminum alloy die casting process, analyzes main mold failure factors, and puts forward optimization schemes from material selection, structure, machining and heat treatment.
Discover how thin-walled bearing ring machining improves dimensional accuracy, reduces deformation, and enhances grinding efficiency for extra-large wind turbine bearings.
This paper develops an automatic loading, unloading and sorting system based on machine vision and PLC control for sheet metal laser cutting. It introduces modular mechanical
This article analyzes material characteristics of engineering plastic machining including low thermal conductivity and springback. It introduces cutting modes, tool & coolant selection, and practical machining cases for FRP, acrylic, nylon and PTFE.
Explore precision mold manufacturing using traditional and new-generation machining centers, including five-axis machining, high-speed cutting, AI optimization, and digital twins.
Learn how to improve high-speed milling surface quality by controlling cutting heat, vibration, residual stress, and tool wear in shaft machining.
This paper investigates rail weld bead shaping for seamless high-speed railway track. It introduces a “rough milling machine + robotic arm” collaborative solution combining machine…
Learn how bearing ring turning affects machining accuracy, allowance, grinding quality, and production efficiency, with key process methods and blank selection guidelines.
After turning, some surfaces of bearing rings do not undergo subsequent grinding operations (such as chamfers, oil grooves, stop grooves, dust-proof grooves, and small shoulders);
