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Engineering

Engineered,
not guessed.

Every part of the folding frame is modeled and load-tested in simulation — so the table holds when it counts.

Finite-element simulation of the folding frame. Design load: 200 lb client + 100 lb practitioner thrust. Deformation exaggerated ×5.

What you’re watching

A finite-element model of the folding frame.

The simulation pushes down on the table and colors every part of the frame by how hard it’s working — blue is relaxed, red is at the metal’s yield point. The design load is a 200 lb client plus 100 lb of practitioner thrust: the kind of force an HVLA adjustment or a traction setup puts through a table.

At 900 lb on the table — three times that design load — the most-stressed part of the frame is still at 78% of yield.

  • 300 lbDesign load (200 lb client + 100 lb thrust)
  • 900 lbSimulated load — 3× the design load
  • 78%Peak stress at 900 lb, as a share of yield
  • 16%Peak stress at 170 lb — a typical adult
Simulation frame: Unloaded
Unloaded
Simulation frame: 170 lb — peak stress 16% of yield
170 lb — peak stress 16% of yield
Simulation frame: 730 lb — 64% of yield
730 lb — 64% of yield
Simulation frame: 900 lb — 78% of yield
900 lb — 78% of yield

Simulation results. Physical load testing of the production prototype will be published here when complete.

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