A case study in Transport Accident funded compression therapy
The presentation
Ed sustained significant lower leg trauma in a tractor accident, with complex surgical recovery requiring tissue and skin grafts and ongoing management of bone healing. His treating practitioner referred him for custom-fit compression as part of a broader rehabilitation programme funded by the Transport Accident Commission (TAC).
His clinical picture involved several variables that compromise standard compression provision:
- Significant post-traumatic oedema, requiring consistent therapeutic pressure to facilitate reabsorption of interstitial fluid into the lymphatic system.
- Surgical sites with hypertrophic scarring and graft tissue, where uneven limb geometry creates pressure spikes in elastic garments sized to standard anatomical assumptions.
- Restricted mobility associated with bone healing, increasing the importance of enhanced venous return for DVT prophylaxis.
- Neuropathic pain associated with the underlying trauma, where consistent proprioceptive input from a well-fitted garment can contribute to symptom modulation.
- Anticipated changes in limb morphology over the course of recovery, including de-bulking of skin grafts and shifts in oedema patterns, requiring a garment that could be re-scanned and refitted as the limb evolved.
For a presentation of this complexity, off-the-shelf compression has predictable failure modes: the garment fits one part of the limb correctly and another part incorrectly; pressure spikes over irregular geometry; and as the limb changes shape over weeks and months, the garment progressively drifts away from its intended therapeutic function.
The intervention
Ed was issued several CAPE custom-fit compression garments generated from a 3D scan of his lower limb. A leg sleeve was issued as the primary daily garment to fully encompass and manage the affected region and ensure swelling did not just migrate to the ends of the garment. The scan accommodated the irregular geometry of his surgical sites and grafts, and the AutoTailor system generated a pressure profile matched to the prescribed regime and rehab severity across the actual limb shape rather than against a standard size band.
The treatment plan included an explicit refitting schedule to serve his recovery:
- A planned 3D re-scan once acute oedema had reduced and the original garment risked becoming loose, which was estimated to be ~2 months.
- An immediate refit in the event of further surgical intervention (such as graft de-bulking), to prevent fluid rebound and maintain therapeutic pressure across the new limb dimensions.
- Pressure adjustment in response to any periosteal blood flow considerations during bone healing.
This adaptive approach is something off-the-shelf compression can’t readily deliver. Each refitting cycle, in a traditional bespoke pathway, would have meant tape-measure circumferences, manual transcription, and a 2–3 week wait for the new garment at much increased cost. With 3D scanning in clinic, the same refitting decision becomes a 90-second scan and a 5–7 day delivery cycle.
Patient feedback
Ed’s own report on the intervention was extremely positive:
I’m loving the garments and have them on every day. They feel amazing and have been a big part of the ongoing success of the rehab in conjunction with the other treatments.
Two aspects of the quote are worth highlighting.
The first is every day. Compression therapy only delivers its evidenced effect when the patient actually wears the garment for the prescribed duration. Comfort and fit are not soft considerations, they’re the precondition for the underlying mechanisms (oedema reduction, venous return, proprioceptive input) to operate at all. A garment the patient takes off at lunchtime is a garment that’s not delivering therapy.
The second is in conjunction with the other treatments. Compression is part of an integrated programme rather than a standalone intervention. It is one input among several, alongside graded loading, manual therapy, surgical management, and active rehabilitation.
On the reimbursement pathway
Ed’s compression intervention was funded through the Transport Accident Commission, which covers reasonable treatment costs for people injured in transport accidents in Victoria. TAC’s clinical framework emphasises evidence-based practice, measurable functional outcomes, and proactive prevention of secondary complications — all of which align with the case for accurate, adaptive compression in complex trauma.
For Australian clinicians, state-based accident commissions are one of several pathways through which custom-fit compression may be funded. Depending on the clinical context, other relevant pathways include:
- NDIS (where compression supports a participant’s functional goals)
- DVA (for eligible veterans)
- WorkCover / WorkSafe (for work-related injuries, varying by state)
- Medicare CDM / EPC plans (for chronic disease management)
- Private health insurance extras (varying by fund and policy)
Specific eligibility and approval processes differ across pathways. The common thread is that custom-fit compression (as a TGA-listed medical device addressing a specific clinical need) is increasingly recognised as a fundable component of integrated rehabilitation, not a discretionary consumer item. Off-the-shelf compression is increasingly unfunded, and in many cases CAPE is actually cheaper, or free, than these standard garments.
What this case illustrates
Ed’s recovery is ongoing, and the longitudinal picture is the more interesting story than any single garment. Four observations are worth drawing out for clinicians considering custom-fit compression in similar presentations:
Accurate fit is more important the more complex the limb. The variability in pressure delivery from off-the-shelf compression is well-documented in the published literature (Hill et al., Sports Engineering 2015). For patients with grafts, asymmetrical oedema, or post-surgical geometry, that variability is amplified as limbs are non-standard. Custom fit is a logical response, not a premium upgrade.
Compliance is a clinical outcome, not a patient characteristic. Patients wear garments that are comfortable and that match their limb shape. Patients abandon garments that don’t. The wearable garment is the one that delivers the therapy.
Compression in complex trauma is dynamic, not static. A single garment, fitted once and worn for months, is not the right model for limbs that are still changing. Adaptive refitting — enabled by quick re-scanning rather than tape-measure rework — is what closes the gap between prescribed pressure and delivered pressure across the recovery arc.
Reimbursement is an enabler for better compression therapy. Custom-fit compression offers superior treatment outcomes and reimbursement options for a variety of different rehabilitation programmes.
For Ed, the result is a garment he wears every day, integrated into a broader rehabilitation programme, contributing to successful outcomes.
Next step
We’re real, we’re local, and we’re here for you. Contact us to learn how easy, effective and lucrative CAPE custom-fit compression can be for your clinic.
CAPE produces medical-grade, custom-fit compression garments, individually sized from a 3D scan, for rehabilitation, post-operative recovery, oedema and lymphoedema management, venous insufficiency, and complex trauma rehabilitation. The CAPE Health app turns any iOS device into a clinic-ready scanner, with patterns generated automatically by our patented AutoTailor platform. CAPE is a TGA-listed medical device, supported through TAC, NDIS, DVA, WorkCover, Medicare CDM, and various private health pathways depending on clinical context.