AI UI Wireframe for a Pharmacy Prescription Refill Kiosk

By Lyxvo · Published November 3, 2026 · 5 min read

An AI UI wireframe for a pharmacy prescription refill kiosk gives you a fast, clickable starting point before any hardware or software is built. This guide walks through the screens, the flow, the checklist you should use, and how to produce the wireframes in Lyxvo AI.

Why wireframe a refill kiosk before building it

A prescription refill kiosk is a self-service touchscreen that lets a patient identify themselves, find an active prescription, confirm the refill, and collect or schedule pickup. Because the patient is alone, often in a hurry, and sometimes unwell or anxious, every screen has to be readable and forgiving. A wireframe lets pharmacists, staff, and developers agree on the flow before anyone writes code.

Wireframes are cheap to change. Moving a button or rewording a confirmation takes minutes on a wireframe and days after a kiosk is installed. Use the wireframe to test the sequence of steps, not just the look.

The core flow, step by step

Most refill kiosks follow a short, linear path. Keep the number of decisions per screen low and always show where the patient is.

1. Welcome and identification. Offer a clear choice: scan the barcode on the bottle, enter date of birth, or enter phone number. Avoid asking for more than one identifier at a time.
2. Prescription list. Show only refillable prescriptions, with drug name, strength, and whether a refill is ready, not yet due, or has no refills left.
3. Select and confirm. Let the patient tick one or more items, then show a summary screen with quantity, pharmacy, and estimated ready time.
4. Pickup method. Options typically include pick up at the counter, drive-through, or home delivery if the pharmacy offers it. Keep this to three choices or fewer.
5. Payment or copay. If payment is taken at the kiosk, show the amount before any card prompt. Show a clear message when insurance is applied or a copay is due.
6. Confirmation and receipt. Display an order number, a short pickup code, and an option to print or send a text.
7. Error and help paths. Every step needs a "need help?" option that connects to a staff member and a "start over" option that returns to the welcome screen.

Screens to wireframe

A complete wireframe set usually includes these frames:

• Idle or attract screen (invites a tap and states the pharmacy name)
• Identification entry (scan, date of birth, phone)
• Prescription list with status badges
• Multi-select with item count
• Order summary and edit
• Pickup method
• Payment or copay
• Processing and wait state
• Confirmation with pickup code
• Error: prescription not found, not yet refillable, or out of refills
• Staff-assist request

Design rules and accessibility checklist

Refill kiosks are used by people with a wide range of ages, vision, dexterity, and language needs. Build these rules into the wireframe from the start:

• Use large touch targets, at least the size recommended by your platform guidelines, with generous spacing between them.
• Pair every status color with a text label, so "ready" is never shown by color alone.
• Use plain language: "Refill ready" instead of "Dispensing eligible."
• Show progress, such as "Step 2 of 4", on every flow screen.
• Provide a visible, large back or cancel control on every screen.
• Set an inactivity timeout with a warning and an extend option, then return to the welcome screen. Never keep patient data on screen after the session ends.
• Offer a text size option and support screen readers where the hardware allows.
• Never display full medication names or diagnoses on the attract screen where bystanders can read them.
• Support the languages your patient population uses, and make the language switch reachable on the first screen.

Note: Privacy and regulatory requirements for pharmacy systems vary by country and state. Check your local rules with your compliance team before any design is used in a live kiosk. This wireframe is a design starting point, not legal or clinical advice.

Example: a single flow in words

A patient approaches the kiosk. The attract screen says "Refill your prescription here. Tap to start." They tap, then choose "Scan bottle label." The prescription list shows two items: one marked "Refill ready" and one marked "Refill due in 6 days." The patient selects the ready item, sees a summary with pickup at the counter and an estimated time of 15 minutes, confirms, and receives a four-character pickup code on the confirmation screen. Each step has a back button and a help link. That sequence is what your wireframe frames should show, one frame per step.

How to create this wireframe in Lyxvo AI

Lyxvo AI's design agent can produce complete app and web screens for iOS, Android, and web, so you can describe the kiosk as a touchscreen interface and generate the frames directly.

1. Open the AI UI design generator or the AI app design tool. You can also start from the Studio link for web layouts or app layouts.
2. Describe the product in plain terms: "Touchscreen kiosk for prescription refills at a pharmacy, large buttons, high contrast, steps for identification, prescription list, pickup choice, payment, confirmation, and help." Include your accessibility rules so the agent applies them.
3. Ask for the screens in the order of the flow listed above, so each frame follows the previous one.
4. Review each frame with the checklist. Edit text, colors, and button sizes directly in the Canva-style editor.
5. Use the export options to share the frames. You can export PNG at real size for review, or HTML for a clickable prototype that stakeholders can open in a browser.
6. If the design team works in Figma, export to Figma as SVG with tokens so colors and type styles carry over.

Because the kiosk is a single-screen touch interface, you do not need the full multi-page engine. Start with the wireframe frames, and only move to a larger build when you are ready. You can check plan limits on pricing, and read more in the docs and blog.

Testing your wireframes

Before sharing the wireframes with developers, test them with real people:

• Ask a pharmacy staff member to walk through the flow aloud while you note any hesitation.
• Test with someone who uses reading glasses or has limited hand mobility.
• Time the full flow. If a refill takes more than a few minutes, look for steps to remove.
• Test the error paths on purpose: wrong date of birth, expired prescription, and no refills left.

Record each issue, change the frame, and repeat. Two or three rounds usually reveal most problems.

Summary

An AI UI wireframe for a pharmacy prescription refill kiosk should map a short, linear flow, cover the key screens and error paths, and follow strict accessibility and privacy rules. Start with the flow, produce one frame per step, test with real users, and only then move to a build. Lyxvo AI can generate the frames and export them as PNG, HTML, or Figma-ready SVG so the team can review quickly.