What’s Happening Inside the Disc During Decompression

Discs in your spine act like cushions between the bones, helping absorb movement and protect nearby nerves.

Over time, stress, posture, or injury can cause these discs to become compressed. When that happens, they may begin to bulge, lose hydration, or place pressure on surrounding nerves leading to pain, stiffness, or symptoms like sciatica.

Spinal decompression works by gently creating space within the spine.

Using the Triton® table, we apply a controlled stretch that produces what’s known as negative pressure inside the disc.

This is where the real change begins.

Think of a spinal disc like a sponge.

When a sponge is compressed, everything is pushed out it becomes flattened, dry, and less able to do its job.

But when that pressure is gently released, the sponge can expand again, drawing water and nutrients back in.

Your spinal discs work in a very similar way.

When decompression creates that negative pressure, it helps:

• Reduce pressure on irritated nerves

• Create space within the disc

• Support the movement of fluids, oxygen, and nutrients back into the disc

Unlike many other tissues, spinal discs don’t have a direct blood supply. They rely on movement and pressure changes to receive the nutrients they need.

This gentle process helps restore that natural exchange creating an environment where healing can begin.