The Triton® DTS™ computer is the key. It controls the variations in the traction pull allowing for spinal decompression and eliminating muscle guarding that is typical in conventional traction devices. The preprogrammed patterns for ramping up and down the amount of axial distraction allows for higher levels of spinal decompression and disc rehydration.
Many clinicians specializing in lumbar spine pathology have criticized traditional traction. Traction fails in many cases because it causes muscular stretch receptors to fire, which then cause para-spinal muscles to contract. This muscular response actually causes an increase in intradiscal pressure. On the other hand, genuine decompression is achieved by gradual and calculated increases of distraction forces to spinal structures, utilizing various degrees of distraction forces.
A highly specialized computer must modulate the application of distraction forces in order to achieve the ideal effect. The system uses applies a gentle, curved angle pull which yields far greater treatment results that a less comfortable, sharp angle pull. Distraction must be offset by cycles of partial relaxation.
The system continuously monitors spinal resistance and adjusts distraction forces accordingly. A specific lumbar segment can be targeted for treatment by changing the angle of distraction. This technique of decompression may prevent muscle spasm and patient guarding. Constant activity monitoring takes place at a rate of 10,000 times per second, making adjustments not perceived by the eye as many as 20 times per second via its fractional metering and monitoring system.
Genuine decompression also involves the use of a special pelvic harness that supports the lumbar spine during therapy. Negative pressure within the disc is maintained throughout the treatment session. With genuine decompression, the pressure within the disc space can actually be lowered to about -150 mmHg. As a result, the damaged disc will be rehydrated with nutrients and oxygen.