How to Manage Podiatry Appointments and Patient Records in 2026

Podiatry is one of the few specialties where the workflow itself is the bottleneck. The patient with diabetes who needed a quarterly foot screen six months ago is still on the recall list because nobody automated the outreach. The wound care photo from last Tuesday is sitting in the front-desk camera roll — never attached to the encounter, never date-stamped against the previous one, never measured. The custom orthotic that shipped from the lab three weeks ago is somewhere in the dispense closet, but the dispense visit was never scheduled, so the patient is still walking on the old pair. The Medicare claim for an Ankle-Foot Orthosis came back denied because the LCD documentation was a paragraph short on medical necessity. Each of these is fixable. None of them is fixed by working harder.

This guide walks through the workflow podiatry practices actually need in 2026 — diabetic foot screening recall, wound photo charting with measurement, orthotics fabrication tracking, Medicare LCD-aware documentation, and DME billing for custom items — and the steps to put each in motion. The end state is a practice where the schedule, the chart, the lab order, the photo log, and the claim all reference the same patient on the same encounter, and the front desk does not have to chase any of it.

Before you fix the workflow, name what good looks like. In a well-run podiatry practice in 2026:

- Every patient with diabetes has a risk category (Sims classification 0 through 3) on their chart, and the recall cadence is automatic — annual for Sims 0, every six months for Sims 1, every three months for Sims 2, every one to two months for Sims 3. The recall message goes out without a staff member opening a spreadsheet. - Wound care photos are taken in the room, attached to the encounter automatically, measured by the software (length, width, depth — and surface area), and shown side-by-side with the prior visit so the trajectory is visible at a glance. - Custom orthotics are tracked from impression through lab order, fabrication, shipping, dispense, and the four-week fit-check follow-up — without anyone keeping a paper log. - Medicare LCD-aware templates pre-fill the documentation for the most-billed services (orthotics, surgical procedures, debridement, and routine foot care exclusions) so the note has every element the contractor expects before the encounter closes. - DME billing for custom L-codes lives inside the same chart, with HCPCS code suggestions, modifier intelligence, and supplier-compliance attestations attached.

Get those five running and most of the daily friction goes away. The rest of this guide is the path to each.

The annual diabetic foot screen is the single highest-impact recall in a podiatry practice. The American Diabetes Association recommends a comprehensive foot exam at least annually for every patient with diabetes, and more often for higher-risk patients. CMS quality measures (including the MIPS measure for diabetic foot and ankle care) tie directly to whether you are screening on cadence and documenting it correctly.

The workflow that works:

1. Capture the risk category at every visit. Use the Sims classification system (or your contractor's preferred grade) — Sims 0 (no neuropathy or vascular disease), Sims 1 (neuropathy only), Sims 2 (neuropathy with deformity or vascular disease), Sims 3 (history of ulceration or amputation). Every diabetic patient gets a category on the chart.

2. Assign cadence by category. Sims 0 — annual screen. Sims 1 — every six months. Sims 2 — every three months. Sims 3 — every one to two months. The software handles the math; you just tag the patient.

3. Automate the recall. The day a patient becomes due, an SMS or email goes out with a self-scheduling link. If the patient does not book within seven days, a follow-up nudges them again. If they still don't book, the staff sees a worklist of patients who need a phone call. Nothing falls through.

4. Document the screen completely. The foot exam template captures monofilament testing at ten sites, vibration sensation, pedal pulses (dorsalis pedis and posterior tibial), skin integrity, structural deformities, and footwear assessment. The template auto-attests to the CMS quality measure when the elements are complete.

A practice that runs this workflow does not have to ask 'when did this patient last get a foot exam?' The answer is on the chart, and the next exam is already on the schedule.

Photo documentation is the part of wound care that breaks down most often, and the breakage is almost always the same: the photo is taken on a phone, and then it is somebody's job to move it into the chart. That somebody is busy, and the photo lives on the phone for two days, and by then it is not clear which patient it belongs to.

The fix is to take the photo from inside the chart. The room camera (or the staff phone running the practice app) opens the patient's encounter, captures the image, and writes it directly to the wound care record — with date, time, the wound's anatomical location, and the staff member who took the photo. No camera roll. No flash drive. No dragging files.

From there, the software does the measurement. Computer-vision wound measurement has matured to the point where length, width, depth, and surface area can be calculated from a phone-quality image with a reference marker placed in the frame (a sterile ruler or a calibration sticker). The measurement attaches to the photo. The next visit's photo is taken from the same angle, measured with the same method, and shown alongside the prior images so the healing trajectory is visible — surface area going down, depth closing, granulation tissue advancing.

What to look for in a podiatry-grade wound care module:

- Photo capture from inside the encounter, not as a separate upload. - Automatic length, width, depth, and surface-area measurement (with reference marker). - Side-by-side comparison with the previous visit and with the wound's first image. - Wound-type tagging (diabetic foot ulcer, venous, arterial, pressure, surgical) for reporting. - Auto-attached to the encounter, not stored in a separate media library.

Get this running and 'Where is the wound photo?' stops being a question.

Custom orthotics are a process, not an event. The visit you cast for an orthotic is the start; the dispense visit is two to four weeks later; the fit-check is two to four weeks after that. In between, the cast or 3D scan goes to a lab, the lab fabricates the device, the device ships back, somebody on staff inspects it, and then somebody schedules the patient. Every one of those steps is a place a custom order falls through the cracks.

The workflow:

1. Cast or scan in the chart. Whether the practice uses plaster casts, foam impressions, or 3D scanning, the impression record lives on the encounter — what was taken, what conditions were captured (foot position, weight-bearing or non-weight-bearing), the prescription details (rigid vs. semi-rigid, posting, accommodations).

2. Generate the lab order from the prescription. The software creates the lab order with the prescription, the impression file (or shipping label for the cast), and the patient identifier. The order tracks status — submitted, received by lab, in fabrication, shipped, received at practice.

3. Receive and inspect. When the device arrives, somebody on staff confirms it matches the prescription and logs the receipt date. The patient's chart now shows 'orthotic ready — schedule dispense.'

4. Schedule the dispense visit. As soon as the device is logged in, a self-scheduling link goes to the patient with available appointment slots. The dispense visit is shorter than the cast visit — confirm fit, walk the patient through wear-in instructions, document any adjustments.

5. Schedule the fit-check. Two to four weeks after dispense, the patient comes back for a follow-up to confirm the device is performing as prescribed and to make any adjustments.

The scoreboard that matters: average days from cast to dispense, percent of patients who complete the fit-check, and percent of orders that needed a remake. If those numbers are not on a dashboard somewhere, they are not being managed.

Medicare contractors (CGS, Noridian, Palmetto, NGS, and the others) publish Local Coverage Determinations — LCDs — that spell out exactly what the documentation must contain for a service to be covered. For podiatry, the LCDs that drive the most denials are the ones for orthotics (L-codes), routine foot care exclusions, debridement (CPT 11055-11057, 11719-11721, 97597-97598), and surgical procedures (bunionectomy, hammertoe, ingrown nail).

The pattern in denials is the same: the note is missing one element the LCD explicitly requires. For routine foot care, it might be the systemic disease attestation and the qualifying physical findings. For debridement of mycotic nails, it might be the documentation of pain or secondary infection that takes the service out of the routine-care exclusion. For an Ankle-Foot Orthosis, it might be the medical necessity statement that ties the device to a specific functional limitation and a specific diagnosis.

The fix is to make the LCD requirements visible inside the documentation template:

- For each commonly-billed service, the template lists the LCD's required elements. The note will not close cleanly until each element has a value. - The template prompts for the specific phrases the LCD uses — not paraphrases. If the LCD requires 'class findings' or 'qualifying systemic conditions,' the template asks for those by name. - The template attaches the relevant LCD or LCA reference to the chart so the note documents which coverage policy was followed.

This is not about generating perfect notes. It is about making sure the elements that matter to the contractor are not the elements the provider forgets when the visit runs long.

Most podiatry practices that dispense orthotics and braces are billing DME — durable medical equipment — under HCPCS Level II L-codes. The codes that show up most often: L3000-L3030 series for orthotics, L4000-L4398 for ankle-foot orthoses, L1900-L2999 for lower-limb orthoses. Each L-code carries its own coverage policy, modifier requirements, and supplier-standard attestations.

The billing workflow should:

1. Suggest the HCPCS code from the dispense. When the orthotic is dispensed, the chart already knows what was prescribed and what was delivered. The L-code suggestion comes from that data, not from the biller looking it up.

2. Apply the right modifier. RT (right), LT (left), KX (requirements specified in the medical policy have been met), GA (waiver of liability statement issued), and the others. Bilateral devices get billed with the appropriate bilateral or RT/LT modifiers. The software flags the most likely modifiers given the procedure and prescription.

3. Attach the supplier standards attestation. Medicare requires DME suppliers to attest to the supplier standards on every claim. The attestation lives on the practice's NSC (National Supplier Clearinghouse) registration, but it has to be present in the documentation flow.

4. Pre-flight the claim against Medicare's reasonable-and-necessary rules. The most common rejections are missing medical necessity language, missing diagnosis-to-procedure linkage, and missing length-of-need on devices that require it. A claim scrubber that runs against Medicare's edits before submission catches most of these.

A podiatry practice that bills DME at scale and does not have these checks in place is leaving real money in denials and rework. The practices that do have them in place see denial rates drop into the low single digits.

If you can't see the workflow, you can't fix it. The KPIs that matter for podiatry practice management:

Diabetic foot screen completion rate — the percent of diabetic patients who completed an annual (or risk-appropriate) foot exam in the last twelve months. Target: 90%+ for Sims 0, 95%+ for Sims 1-3.

Wound healing trajectory — for active wound care patients, the average percent reduction in wound surface area at four weeks and at twelve weeks. A practice that is healing wounds faster than the published benchmarks (about 50% reduction at four weeks predicting closure) is doing something right.

Orthotics turnaround time — average days from cast/scan to dispense. Target: under 21 days. Anything over 30 is a problem with the lab, the inventory tracking, or the dispense scheduling.

Fit-check completion rate — percent of dispensed orthotics where the patient came back for the four-week follow-up. Target: 80%+. Lower than that means the recall is not running.

Claim denial rate by LCD — the percent of Medicare claims denied, broken out by LCD reason. The pattern matters more than the number — if 60% of your denials are on a single LCD's documentation requirements, you have a template problem, not a billing problem.

These five metrics fit on one dashboard. Look at them weekly. The practice that does not measure these is the practice that finds out about the problem when the contractor sends a takeback letter.

Deelo Practice is the podiatry-aware practice management layer inside the Deelo platform. It runs the workflow above end to end:

- Diabetic foot screening recall. Patients carry a Sims risk category on their chart. The recall cadence is set by category and runs automatically — SMS, email, and a worklist for staff to follow up on no-responses. The screen template captures every element CMS quality measures expect and auto-attests when the documentation is complete. - Wound photo charting. Photos are captured from inside the encounter, measured with reference-marker computer vision (length, width, depth, surface area), tagged by anatomical location, and shown side-by-side with prior visits so the trajectory is visible. - Orthotics tracking. Cast or scan to lab order to fabrication status to dispense to fit-check, all as one timeline on the chart. Lab status updates trigger patient-facing scheduling links the moment a device is received. - LCD-aware documentation. Templates for the most-billed podiatry services (orthotics, debridement, surgical, routine foot care exclusions) pre-fill with the elements the relevant LCD requires. The note will not close cleanly until each required element has a value. - DME billing. HCPCS L-code suggestions from the dispense, modifier intelligence, supplier standards attestations, and a claim scrubber that runs against Medicare edits before submission. - Cross-app workflow. Deelo includes 50+ apps in the same platform — billing, patient communication, scheduling, marketing, accounting — so the podiatry chart is not an island.

Pricing: Free for the first user, then $19, $39, or $69 per seat per month depending on plan. No per-feature gating. Multi-location and multi-provider support are included; you do not pay extra to add a second podiatrist.