Moved to Manufacturing Process Simulators

This old category has been consolidated into the Manufacturing Process simulators category.

Manufacturing Process Simulators

Simulator Library

How to Use

  1. Navigate to the Manufacturing Process Simulators main category page
  2. Select your specific process simulator: CNC machining, injection molding, stamping, or welding
  3. Input material specifications (aluminum 6061-T6, steel AISI 1018, etc.), process parameters (spindle speed 3000 RPM, mold temperature 80°C), and geometry dimensions

Worked Example

For CNC face milling of aluminum 6061-T6 plate (100mm x 50mm x 10mm): feed rate 0.2 mm/tooth, spindle speed 2500 RPM, depth of cut 2mm, tool diameter 10mm carbide endmill. Simulator calculates material removal rate (MRR) = 10 cm³/min, estimated cycle time 18 minutes, surface finish Ra 1.6 micrometers, and tool life 45 minutes before dulling.

Practical Notes

  1. Consolidation improves organization: all forming, cutting, and assembly process simulations now centralized under Manufacturing Process Simulators
  2. Check material datasheets before input—thermal conductivity and hardness significantly affect cutting forces and temperatures
  3. Injection molding simulator requires cavity pressure (typically 80-120 MPa for polycarbonate), gate freeze time, and cooling channel design for accurate cycle prediction