Home Hemodialysis Training Supply Checklist

When a hemodialysis patient trains for home therapy, the dialysis center’s job doesn’t end at teaching the technique — it also means sending the patient home with a kit of consumables that has to work without a technician standing next to the chair. That kit overlaps with what an outpatient unit stocks for the same population, but it isn’t the same list: home training strips away staff-managed sterility, a dedicated clinical sink, and same-day restocking, and replaces them with self- or partner-cannulation, a kitchen counter or bedroom setup, and a supply run that has to last between visits.

Where to source this: LAC (lac.us), CASRAI’s sister medical-supply company, stocks two categories central to a home-training kit as ready-to-order lines: alcohol prep pads for cannulation-site, catheter-hub and connection-point antisepsis, and medical dressings for post-needle-removal hemostasis and catheter exit-site coverage.

This checklist covers what the training program should pack into the go-home kit: self-cannulation and vascular-access-site care supplies, central-venous-catheter exit-site and hub care for patients dialyzing off a catheter, the infection-control basics that change shape once the setting is a home rather than a unit, emergency and contingency supplies, and where the line sits between what the center supplies and what arrives through the home dialysis machine company. It’s written as the home-training companion to CASRAI’s Outpatient Dialysis Center Supply Checklist, which covers the same access-care fundamentals for an in-center unit; read that guide for the underlying vascular-access-site and catheter-care principles this one adapts for a home setting, and this one for what changes when the patient becomes the person doing the cannulating.

What makes a home-training kit different from an in-center supply cart

An in-center cart is restocked daily by staff, sits next to a clinical sink, and assumes a trained technician is doing the cannulating under direct supervision. A home-training kit has to assume none of that. The patient (or a trained care partner) is the one accessing their own bloodstream, the “clean field” is whatever surface the center taught them to set up at home, and the kit has to be stocked to last until the next scheduled resupply — not restocked between patients the way a unit’s cart is. That changes what belongs in the kit in three concrete ways: supplies are packaged and labelled for a non-clinical user to self-select correctly under some pressure, quantities are sized to the interval between deliveries rather than a single shift, and every item that would normally be handled by staff (sharps handling, hub disinfection, exit-site dressing changes) needs an easy-to-follow version a layperson can execute consistently.

Self-cannulation and vascular-access-site care supplies

Most home hemodialysis patients dialyze off an arteriovenous fistula or graft and cannulate themselves or are cannulated by a trained care partner — the training program’s central technical task. The kit needs to support that safely, session after session, without a nurse checking technique each time.

Fistula/graft needles: in the gauge and needle-guard configuration the training program selected for this patient. Needle-guard or safety-shielded devices are worth prioritizing for a home kit specifically — there’s no staff member immediately present to manage an accidental needlestick the way there is in-center, so the safety mechanism is doing more of the protective work.
Buttonhole-technique supplies, where the patient uses one: blunt/constant-site needles, plus a separate sterile applicator for the scab-removal step that has to happen before every buttonhole cannulation. Stock scab-removal supplies and antiseptic as distinct line items — skipping or combining the scab-removal step is a documented way buttonhole technique’s infection risk rises, and a home patient repeating the technique alone needs the sequence to stay as unambiguous as it was during supervised training.
Skin antiseptic: per the training program’s protocol — commonly a chlorhexidine-based antiseptic for its residual antimicrobial activity between the antiseptic application and needle insertion, with alcohol prep pads as the adjunct/backup antiseptic and for cleaning the immediate work surface and connection points. Confirm which the program actually teaches; don’t assume one is universal.
Tourniquet and a cannulation mirror or positioning aid, for patients whose access site is hard to see directly — a detail that matters more at home, where there’s no second set of trained eyes to confirm needle placement.
Post-needle-removal hemostasis supplies: sterile gauze, adhesive dressings or a compression/pressure dressing, and tape, sized generously — a home patient needs to be able to achieve hemostasis unassisted and hold pressure without a staff member timing it.

Central-venous-catheter exit-site and hub care for home patients

A meaningful share of home hemodialysis patients dialyze off a tunneled central venous catheter rather than a fistula or graft, particularly early in a home program before a maturing access is ready to cannulate. Catheter care carries a materially higher bloodstream-infection risk than fistula/graft access, and that risk doesn’t shrink because the setting moved from a unit to a home — if anything, the training program should treat catheter-care technique as the single highest-stakes skill it teaches.

Hub disinfection supplies: alcohol prep pads (or the antiseptic the program specifies) for scrubbing the hub before every connection and disconnection, and antiseptic-barrier or disinfecting caps to leave on the catheter hubs between sessions — a passive-disinfection layer that matters even more at home, where there’s no staff spot-check between uses.
Exit-site care supplies: antiseptic (chlorhexidine-based is common for its residual effect), and either sterile gauze or a transparent semipermeable dressing depending on the program’s exit-site protocol, for the routine exit-site dressing change the patient or care partner is trained to perform.
Sterile gloves for catheter connection and disconnection specifically — a higher sterility bar than the clean (non-sterile) technique that’s usually adequate for fistula/graft cannulation, and one of the more common technique lapses to reinforce during home training since it’s easy to default to the lower bar out of habit.
A clean field surface or barrier (a disposable underpad or sterile drape) to set catheter-connection supplies on, since a home counter or bedside table isn’t a disinfected clinical surface the way an in-center treatment station is.

Infection-control basics scaled for a home setting

An outpatient unit has a clinical sink, staff-monitored hand hygiene, and a facility infection-prevention program behind every session. A home-training kit has to substitute for that structure directly, and the training program’s job is to make the substitute concrete rather than assume the patient will improvise it correctly.

Hand hygiene supplies: soap is usually already in the home, but the kit should still include alcohol-based hand sanitizer as a backup for a step in the session where the patient can’t get to a sink, and the training should be explicit about when hand hygiene happens relative to glove use — before donning gloves, and again after removing them.
Gloves: non-sterile/clean gloves for most handling steps, sterile gloves reserved for catheter connection/disconnection (see above) — stock both if the patient dialyzes off a catheter, since using the wrong tier for the wrong step is an easy substitution error to make without a staff check.
A mask for the patient (and care partner, if one assists with cannulation or catheter connection): many home programs require a mask during needle insertion or catheter connection specifically to keep respiratory droplets away from the sterile/clean field during the highest-risk moment of the session — this is a training-emphasis item as much as a supply-list item.
An FDA-cleared, puncture-resistant sharps container sized for home use, plus a documented disposal plan — many jurisdictions restrict putting used needles in household trash, and the training program should send the patient home already knowing whether their area uses a mail-back program, a community drop-off site, or a household sharps-collection service, not leave that for the patient to research after the fact.
Waste bags for used tubing, dressings and other single-use disposables from each session, separate from the sharps container.

Emergency and contingency supplies

An in-center unit has a code cart and staff down the hall; a home patient has whatever the training kit anticipated. This is where a home-training kit earns its keep over a generic access-care supply list.

Hemostat or fistula clamps, for uncontrolled access-site bleeding — a training-program staple that has no real equivalent need in-center, where staff respond directly.
Extra dressing and gauze supplies beyond the routine per-session quantity, for an unplanned bleeding event or a dressing that needs changing outside the normal schedule.
A written emergency contact and action card from the training program — who to call for a machine alarm the patient can’t clear, access-site bleeding that won’t stop with direct pressure, or a suspected catheter-related infection, with the threshold for calling 911 versus the program’s own on-call line made explicit rather than left to the patient’s judgment in the moment.
A backup plan for a missed or interrupted session, covering what supplies (if any) need to travel with the patient to a backup in-center session, since home programs typically keep an arrangement with a partner unit for exactly this contingency.

Water treatment and machine consumables: what the center supplies versus what doesn’t come from the kit

This is the distinction most worth getting right when assembling a home-training kit, because getting it wrong means either a dangerous gap or a wasted duplicate order. Home hemodialysis machines vary in how they handle water treatment: some integrate a compact water-purification or filtration system that runs off ordinary tap water and needs only periodic cartridge replacement, while others require a dedicated reverse-osmosis unit installed in the home, functionally a scaled-down version of an in-center water-treatment system. Either way, water-treatment consumables and the dialyzer/tubing sets that go with a specific machine are almost always supplied through the home dialysis machine company or equipment vendor — a separate supply stream from the access-site-care and infection-control items this checklist covers, which are the center’s training-program responsibility. Confirm explicitly, patient by patient, which vendor owns which line item before the training kit ships; a gap between “the center assumed the machine company covers it” and “the machine company assumed the center covers it” is exactly the kind of thing that shows up as a missing supply at week two of independent home therapy, not during training with staff present to catch it.

Kit assembly, restocking cadence, and the handoff to independent home therapy

Training typically runs several weeks, with the center’s home-training nurse present at a tapering number of sessions as the patient’s technique becomes reliable. The initial kit should be stocked to cover the full training period plus a buffer, not sized to a single week, since a mid-training supply gap forces either a rushed reorder or a skipped/improvised session — neither is an acceptable outcome for a program still confirming the patient’s technique is safe unsupervised. Once training ends and the patient moves to independent home therapy, resupply responsibility typically splits the same way the initial kit did: dialysis-specific disposables tied to the machine flow through the equipment vendor’s ongoing order, while access-site-care and infection-control consumables continue through whatever channel the program set up during training — the center’s own resupply process, a home-health-adjacent vendor, or the patient’s own procurement, depending on how the program is structured. Whichever it is, the handoff conversation at graduation should name the channel explicitly rather than let it default silently, since a training relationship that simply ends without a stated resupply path is how a patient runs out of dressings three weeks into unsupervised home therapy.

Frequently asked questions

Does a home hemodialysis training kit include the dialysis machine and dialyzer?

No. The machine, dialyzer, blood tubing sets, and most water-treatment consumables are supplied through the home dialysis equipment company, not packed into the access-care training kit this checklist describes. See the water-treatment section above for how to keep that division explicit rather than assumed.

Can a patient use buttonhole cannulation at home without a care partner?

Many home hemodialysis patients do self-cannulate using buttonhole technique, but it depends on the training program’s own assessment of the individual patient’s technique, including the scab-removal step — that step is exactly where an unsupervised lapse raises infection risk, so it’s a training-competency decision for the program to make explicitly, not a default assumption either way.

What’s actually different about infection control at home versus at an outpatient center?

The underlying principles — hub disinfection, hand hygiene before and after glove use, sterile technique for catheter connection — don’t change. What changes is the infrastructure around them: no clinical sink, no staff spot-check, and a sharps-disposal and waste-handling plan the patient has to execute themselves rather than facility housekeeping and biohazard collection handling it. The supply list in this checklist is built around substituting concrete items and instructions for that missing infrastructure.

How does this checklist relate to CASRAI’s outpatient dialysis center checklist?

They’re companion pieces covering the same clinical population from two settings. CASRAI’s Outpatient Dialysis Center Supply Checklist covers vascular-access-site preparation, catheter hub care, dialysis-specific consumables, in-center water treatment, and emergency response for an in-center unit; this guide adapts the same access-care and infection-control fundamentals for a home-training program sending a patient home to self-cannulate. Programs running both in-center and home therapy should treat the two lists as complementary, not overlapping duplicates.

Does NHSN track home hemodialysis infections the same way it tracks in-center dialysis events?

No — NHSN’s Dialysis Event surveillance protocol is scoped to outpatient hemodialysis facilities, not home hemodialysis programs. Home-program infection tracking typically runs through the dialysis organization’s own internal quality and infection-prevention process rather than that specific NHSN module. See CASRAI’s CLABSI guide for the related acute-care catheter-associated-bloodstream-infection surveillance definitions, and the outpatient checklist above for how in-center programs interact with the Dialysis Event module specifically.

For related home-setting supply planning, see CASRAI’s Home Health Aide Supply Kit guide and its Skin Antisepsis Before Injection guide for antiseptic selection principles that extend beyond dialysis access care. For the broader equipment-fundamentals context this checklist sits inside, see CASRAI’s lab equipment pillar page.