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10-Body 2-Stage Helical Gearbox · i = 10.67:1 · Open HousingMachineryMulti-Body Contact Assembly

2-Stage Industrial Parallel-Shaft Gearbox Cutaway (10 Bodies)

10-body industrial parallel-shaft speed reducer (total ratio i = 10.67:1) with upper housing cover removed to expose the high-speed pinion shaft, intermediate countershaft, slow-speed output shaft, 4 gears, and 6 roller bearings.

Two-stage parallel-shaft speed reducers are the workhorses of conveyors, cranes, and rolling mills. Removing the upper cast-iron cover reveals the complete 3-shaft drivetrain supported on six rolling-element bearings seated in the split housing bores.

✓ 10-Body Industrial Gearbox Assembly✓ 3-Shaft Parallel Geartrain Architecture✓ Bearing Housing Seats & Keyed Shafts✓ Interactive Multi-Body Tree Inspection
Pre-solved .wce container ready
10 bodies · 2 Gear Stages (i = 10.67) · 6 Bearings · 0.0 mm³ collisions
Open in Web App (WASM) →
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2-Stage Industrial Parallel-Shaft Gearbox Cutaway (10 Bodies)
10 bodies · 2 Gear Stages (i = 10.67) · 6 Bearings · 0.0 mm³ collisionsLaunch 3D ↗
Total Bodies
10 independent solids
Gear Stages
Stage 1: z=16/52 (m=2.5) · Stage 2: z=15/49 (m=3.5)
Total Ratio
i_total = 10.67 : 1
Collision Volume
0.000 mm³ (Verified)

1. Geometry & FEA Mesh

  • •10 independent solid bodies: lower cast iron housing, high-speed pinion shaft, Stage 1 driven gear, intermediate pinion shaft, Stage 2 slow-speed bull gear, output shaft, bearing sets, and end caps.
  • •Zero CAD Collisions Gate verified across all 10 bodies.

2. Loads & Boundary Conditions

  • •Concentric bearing seats, shaft shoulders, and gear tooth tip clearances across both stages.

3. Simulation Results & Findings

  • ✓10 gearbox bodies load in the 3D viewport with individual tree controls and physical material properties.
Enterprise & Engineering Workflow

Provides a classic multi-body industrial gearbox benchmark assembly in WebCAE.

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  • ✓Up to 1.5M+ DOFs (direct sparse solver)
  • ✓Native Windows & macOS Apps (100% offline)
  • ✓Nonlinear Contact & Buckling (Kσ, MITC4, RBE2/RBE3)

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