Most DME distributors have the billing system, the patient records, and the insurance contracts in place to collect reorder revenue. They're missing one step — and it's the same step, every time. Here's the 7-step workflow that closes the gap.
Marcus runs a 600-patient CPAP operation in the Southwest. After eleven years, his intake process is tight. His verification is systematized. His billing team knows their codes cold. When he showed me his reorder capture rate — 41% — I asked him where the other 59% went.
He stared at me. "What do you mean, where? They're not ready to reorder."
I pulled his Medicare eligibility data. 59% of his patients had been eligible for resupply for at least 30 days. Some for 60+ days. They weren't behind because of documentation problems or insurance gaps. They were behind because nobody had called them.
At $200 per quarterly CPAP order, his 59% gap was costing him roughly $2,400 per patient per year. Not because the patients didn't need supplies. Not because insurance wouldn't pay. Because Step 4 of his reorder workflow was systematically skipped, every cycle, by a team that was working hard on everything except this one thing.
This article walks through the 7-step reorder workflow — the one DME operations that hold above 85% capture rate have running in some form. Most distributors are running 3–4 steps, missing 1–3 others, and wondering why the math doesn't work. The gap is almost always Step 4. But to understand why Step 4 breaks, you have to understand the whole system.
Here's the architecture. Each step is distinct. Each one fails silently when it breaks. Together, they produce either consistent reorder capture or systematic leakage.
Before outreach fires, the system checks that the patient has been actively using their device. For CPAP, this means checking that data has been downloaded from the device in the last 30 days. For diabetic patients, checking that test strips have been ordered or used recently. Medicare and most payers require documented device usage as part of medical necessity — and compliance flags prevent denied resupply orders before they reach billing.
Every resupply order requires a current prescription and a current Certificate of Medical Necessity (CMN) or Physician's Order. For Medicare patients on CPAP, the RX is typically valid for one year. CMN requirements vary by supply category and payer. Most mid-size operations have patients whose documentation lapsed 2–4 months before anyone catches it — because the check happens at billing, not at the outreach queue.
Patients' insurance changes. Medicare Advantage plans switch mid-year. Employer plans change on January 1. A patient who was active last quarter may be on a completely different payer this quarter. Most DME operations verify eligibility at intake and never again — then spend the first quarter of every year buried in coverage verification denials. Re-verification at each reorder window catches plan changes before they generate denials.
The system identifies eligible patients and initiates proactive outreach — SMS, automated voice, or both — calibrated to the supply category and payer. For CPAP: outreach fires on day 88 of the 90-day window. For diabetic supplies: same cadence. For Medicare Advantage patients: offset timing varies by plan, and a payer-aware engine accounts for it automatically. The goal is reaching the patient before they need to think about reordering, not after they've already adapted to doing without.
Each reorder cycle generates denial patterns worth analyzing. A spike in CO-50 denials on CPAP resupply tells you something specific: CMNs expiring, documentation not updating after patient visits, physician visit notes not reflected in current orders. A CO-97 spike on one payer means a prior authorization window shifted. Running that pattern analysis at reorder — not just at billing close — lets you fix upstream and capture revenue that would otherwise be lost on the next cycle.
Your reorder workflow generates predictable demand signals. If 500 patients are eligible for CPAP resupply in a given quarter, and your historical confirmation rate is 75%, you need 375 units of masks, tubing, filters — with enough buffer for confirmed-not-yet-ordered patients who will order late in the window. Inventory planning based on reorder eligibility (not just historical order data) prevents stockouts that create backorders, patient churn, and unnecessary expedite costs.
After resupply ships, the patient receives delivery confirmation with their next estimated window. This closes the loop: the patient knows the system is working, the next outreach is expected (not surprising), and retention for the next cycle increases because the patient has been actively engaged. Post-fulfillment confirmation also surfaces delivery issues — wrong item, damaged item — while there's still time to resolve and reorder in the same window.
Every distributor I've worked with who's below 70% reorder capture rate has the same profile: they have Steps 1, 2, and 3 reasonably handled. Step 4 is missing. Steps 5, 6, and 7 are hit-or-miss. And when I ask them why Step 4 is missing, the answer is always the same: "We know we should have something in place, but we haven't gotten to it."
The reason they haven't gotten to it is structural: Step 4 requires volume outreach at a scale that's unsustainable with manual labor. You can't staff your way to systematic patient outreach at 500+ patient scale without burning out your team or breaking the bank. Which means Step 4 only works when it's automated.
That's why operations that have crossed 85% reorder capture rate all share the same architecture: a system that handles Steps 1–4 automatically and surfaces only the exceptions to the CSR team. The CSRs are doing the right work — complex cases, documentation problems, patient relationship issues — instead of spending 50 hours a month making outbound calls to a list that never quite gets finished.
Already running a reorder program? The 7-step workflow tells you where to audit. Walk through each step with your current operation and identify which ones are fully systematic vs. partially manual. The gap between "somewhat manual" and "fully automated" is almost always Steps 4 and 5. Talk to a ScriptRelay design partner →
Here's what moving from 41% to 85% capture looks like for a 500-patient CPAP operation:
The 7-step workflow is not a new idea. Every high-performing DME operation I've encountered has it running in some form, whether they're doing it manually, semi-automated, or with a purpose-built system. The question is whether your operation has it running at all — and if it doesn't, that's where the revenue gap lives.
The other 6 steps are table stakes. Step 4 is the differentiator.
If your reorder capture rate is below 75%, the 7-step workflow will move it — but before you buy anything or build anything, measure your starting point. The Reorder Leakage Calculator takes three inputs and shows your annual leakage in 30 seconds. That number tells you whether the investment in closing the gap is worth it — which for most mid-size operations, it is, by a wide margin.
If you're running above 75% and want to understand why the remaining 25% isn't converting, the question is typically Step 4 (outreach) or Step 5 (denial pattern correction at the reorder queue). Both are fixable. Neither fixes itself.
If you want to see what the complete 7-step workflow looks like inside ScriptRelay — and what the actual CSR queue looks like when Step 4 is automated — apply for the design partner program and we'll walk through your operation's specific gap.
Going deeper: The 7-step workflow is the operational layer. The 23% fix guide covers the financial case and the 4-step systematic approach. The insurance verification delays piece covers the upstream dependencies that feed Steps 1–3.
Related tool: The Denial Lookup lets you search 24 CARC and HCPCS codes to understand the documentation requirements and fix steps for common denial codes that often originate in the reorder workflow.
ScriptRelay's Auto-Reorder Engine runs the full workflow — eligibility scanning, compliance check, outreach cadence, denial surfacing, and confirmation loop. See it in a live environment.
Apply for Design Partner Program → Calculate Your Leakage