Inpatient Rehabilitation Facility Supply Checklist

An inpatient rehabilitation facility (IRF) — a freestanding rehab hospital or a hospital-based rehab unit — stocks for a materially different patient than an outpatient physical therapy clinic does. CASRAI’s Physical Therapy Clinic Supply Checklist covers the outpatient modality, bracing and turnover needs; an IRF’s patients are admitted at a lower baseline of mobility and independence under CMS’s intensive-therapy classification rules, and that acuity gap drives supply needs an outpatient checklist doesn’t have to solve for.

This checklist covers the three categories that gap actually produces: a mobility-aid inventory spanning the full functional range, mechanical DVT/VTE prophylaxis for a higher-acuity population, and inpatient-specific transfer, fall-prevention and skin-integrity equipment — with real selection criteria, cross-linking CASRAI’s existing PT-clinic and DVT-prophylaxis guides rather than repeating them.

Where to source this: LAC, CASRAI’s sister medical-supply operation, carries the core categories this checklist covers most heavily: Crutches, Ankle Braces, and Compression Socks — useful as a concrete reference point when sizing a standing order against the size runs and quantities discussed below.

What Makes an IRF’s Supply List Different From Outpatient PT

The acuity gap isn’t cosmetic — it’s a regulatory line. An outpatient PT clinic’s patients walk in, are treated, and walk (or drive) back out; the supply draw is modality consumables and bracing sized to whoever is on the schedule that day. An IRF’s admission criteria select for a different physiology entirely: under CMS’s classification rules, an IRF stay is generally reserved for patients who can tolerate and actively participate in an intensive, multidisciplinary therapy regimen — commonly described as at least three hours of combined therapy daily (or an equivalent weekly total for slower-tolerance patients), most days of the week — for conditions drawn predominantly from CMS’s list of qualifying diagnoses (stroke, spinal cord injury, traumatic brain injury, hip fracture, major joint replacement with complications, amputation, and related categories), tracked functionally through the IRF-PAI assessment at admission and discharge. That’s someone who, days or weeks earlier, had one of those events and is now expected to tolerate several hours of active therapy daily while still recovering. That population arrives with mobility, balance and endurance deficits an outpatient clinic rarely sees walk through its own door, and the deficits change — often week to week — over the length of stay. A supply checklist built for outpatient PT undercounts an IRF on exactly the categories that population actually needs: a wide mobility-aid range, mechanical VTE prophylaxis, and inpatient transfer/fall equipment, covered below.

Mobility-Aid Inventory Across the Functional Range

An outpatient PT clinic typically sees patients who already own or were issued their mobility aid before the visit. An IRF has to stock the aid itself, sized across a whole population that is actively progressing — often within the same admission — from one device category to the next as strength and balance return. Under-stocking any one tier is a therapy-schedule bottleneck, not just an inconvenience: a patient cleared to advance from walker to cane who has to wait on equipment loses therapy time that a three-hour-a-day intensity requirement doesn’t have slack to absorb.

• Wheelchairs. Standard, hemi-height (lower seat for foot-propulsion by a hemiplegic patient), reclining/tilt-in-space for patients with limited trunk control, and at least a small bariatric allotment sized to the facility’s actual admission mix. Stock spare cushions and footrests separately — they wear and go missing faster than the chair frames themselves.
• Walkers. Standard (pick-up) walkers, rolling/four-wheel walkers with hand brakes for patients with adequate upper-extremity strength but limited endurance, and hemi-walkers (offset base, single-hand use) for patients with one-sided weakness who can’t grip a standard walker’s far handle. These three are not interchangeable substitutes for each other clinically — stock all three, not the one that’s easiest to reorder.
• Crutches. Axillary crutches for short-term non-weight-bearing or partial-weight-bearing status (post-fracture, post-amputation revision), forearm (Lofstrand) crutches for patients who need longer-term or repeated use where axillary pressure is a concern, and platform crutch attachments for patients who can’t bear weight through the wrist or hand. Stock a real size run — crutch height and hand-grip position are fitted per patient, and a facility that only carries one or two sizes ends up improvising fit, which is a fall-risk and skin-injury issue, not a minor convenience gap. See CASRAI’s mobility aid buying guide for sizing and fit criteria in more depth than this checklist covers.
• Canes. Single-point canes for patients furthest along in recovery, plus a smaller stock of quad (four-point) canes for patients who need a wider base of support than a single-point cane provides but don’t need a walker’s full support. Quad canes are frequently under-stocked relative to demand because they look like a niche item; in an IRF’s actual discharge-progression population, they’re a routine mid-recovery device, not an edge case.
• Gait belts. Not a mobility aid in the walking sense, but the single most-used piece of equipment on an IRF therapy floor — every therapist-assisted transfer or ambulation session for a fall-risk patient uses one. Stock enough that a belt is never shared unwashed between patients in the same session block, and replace any belt with a worn or failing buckle immediately; a gait-belt failure during a transfer is a fall event, not a supply inconvenience.

DVT/VTE Prophylaxis for the Immobile-Adjacent Population

This is the clearest acuity divide from outpatient PT. An outpatient clinic’s patients are, by definition, mobile enough to travel to and from appointments under their own power — VTE risk from immobility is rarely a live concern for that population. An IRF’s patients are the opposite case: recently hospitalized, often post-surgical or post-stroke, spending meaningful portions of each day seated or recumbent between therapy sessions even while the facility’s whole purpose is restoring their mobility. That combination — reduced mobility plus recent acute illness or surgery, two of the core VTE risk factors — is exactly the population mechanical VTE prophylaxis exists for, and it needs to be stocked and applied as a compliance routine, not an occasional order.

• Graduated compression stockings (GCS). Knee-length and thigh-length, in a real size range (most manufacturers grade by calf circumference and leg length, not just S/M/L) — a stocking that’s the wrong size either fails to deliver its rated pressure or creates a tourniquet effect at the top band, which defeats the purpose either way. Stock both lengths; length is a clinical decision based on the specific DVT risk site, not facility preference.
• Anti-embolism stockings (AES / TED hose) vs. true GCS. These are graded and indicated differently — don’t treat “compression stocking” as one interchangeable SKU. See CASRAI’s DVT Prophylaxis Compression Stockings: Grading and Selection Guide for the full mmHg grading breakdown and how the two categories are actually differentiated clinically before setting a facility’s standing order.
• Sequential compression devices (SCDs) and sleeves. Pneumatic compression sleeves plus the pump units and single-patient-use tubing they require. Sleeves are typically single-patient (sometimes single-use) items — track them as a genuine per-admission consumable in the supply count, not a durable asset that gets reused indefinitely.
• Early-mobilization equipment as prophylaxis, not just therapy. The single most effective VTE-prevention intervention for this population is getting the patient moving, which is precisely what the mobility-aid inventory above supports — a facility that treats mechanical prophylaxis and mobility-aid availability as separate line items is missing that the two are the same clinical strategy from a supply standpoint.

Transfer, Fall-Prevention, and Skin-Integrity Supplies

These three categories exist on an IRF’s checklist because the facility is inpatient, twenty-four hours a day, not because they’re specific to rehab therapy itself — an outpatient clinic simply doesn’t carry them at all.

• Transfer equipment. Slide/transfer boards, sit-to-stand mechanical lifts, and full dependent lifts with slings sized across a weight and body-type range (including a bariatric sling option). Which device a given patient needs changes as therapy progresses — stock the range, not just the lift the facility happens to already own.
• Fall-prevention equipment. Bed and chair pressure alarms, non-slip socks/footwear, and clearly marked fall-risk identification (wristbands or door signage per facility policy). This population is explicitly higher fall-risk than an outpatient clinic’s — limited mobility plus recent acute illness plus an unfamiliar inpatient environment is a documented combination, and the equipment exists to catch the gap between “cleared to attempt” and “steady enough to attempt safely alone.”
• Skin-integrity and positioning supplies. Pressure-redistribution cushions and mattress overlays, heel protectors/boots, and positioning wedges for patients who spend substantial daily time seated in a wheelchair or recumbent between sessions. Reduced mobility is a pressure-injury risk factor independent of VTE risk — stock this as its own category rather than assuming general nursing-unit skin-care supply covers rehab-specific positioning needs.

Restocking Cadence and Par Levels

Set par levels against census and average length of stay, not against a fixed monthly order — an IRF’s consumable draw (SCD sleeves, gait-belt replacements, compression-stocking sizes) scales directly with how many beds are occupied and how fast patients turn over, not with the calendar. Track mobility-aid categories (walkers, wheelchairs, crutches) as durable inventory with a cleaning/inspection cycle between patients rather than a reorder-on-depletion consumable — the bottleneck there is usually a device sitting in for-cleaning status when a therapy session needs it, not an empty shelf. Review size-run distribution (crutch heights, compression-stocking sizes, sling sizes) against actual admission demographics at least quarterly; a facility that only reorders whatever size it ran out of last tends to drift toward a size mix that no longer matches who’s actually being admitted.

FAQ

How is an IRF’s supply list different from a skilled nursing facility’s?

Both are inpatient and both stock mobility aids, but an IRF’s admission criteria require active tolerance of intensive daily therapy, which pushes the mobility-aid and transfer-equipment inventory toward active rehabilitation use (a patient cycling through walker-to-cane progression in the same stay) rather than the longer-horizon custodial-care equipment mix a skilled nursing facility carries.

Do all IRF patients need mechanical VTE prophylaxis?

Mechanical prophylaxis is applied per the facility’s own VTE-risk-assessment protocol and the treating clinician’s order, not universally — but because the admission criteria already select for reduced-mobility, recently-hospitalized patients, the population as a whole skews toward needing it, which is why stocking it as a routine rather than an occasional order is the practical planning assumption.

Why stock three tiers of walkers instead of one standard model?

Because patients in an IRF are expected to progress functionally during the stay, and the walker tier that’s appropriate on admission day is often not the one that’s appropriate two weeks later — stocking only one tier means either over-supporting a patient who’s ready to advance or under-supporting one who isn’t, both of which are avoidable with a real size and tier range on hand.

Related CASRAI Guides

• Physical Therapy Clinic Supply Checklist — the outpatient counterpart to this checklist; read both together to see the acuity/setting distinction in full.
• DVT Prophylaxis Compression Stockings: Grading and Selection Guide — the full mmHg grading and clinical-selection detail behind the VTE-prophylaxis section above.
• Mobility Aid Buying Guide: Crutches, Canes, and Ankle Braces — sizing and fit criteria for the mobility-aid tiers covered above.