The Outcome
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GMI – Wix Website Design Case Study – Cyprus
GMI is a medical business operating in Limassol. The project focused on Web design. The website was designed on Wix Studio. This case study covers the website UX strategy, site architecture, page design, and conversion optimization implementation.
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Objective
The website was underperforming relative to the client’s market position and lead generation goals. Unclear site structure, weak page hierarchy, and an unstructured service offering were limiting inquiry volume and search visibility. The objective was to improve website UX, strengthen page architecture for search and AI visibility, and increase inquiry conversion.
Systems Used
Wix
Website UX Design
Information Architecture
Site Structure & Navigation
On-Page SEO / GEO
Schema Markup
Lead Capture Forms / CRM Integration
Page Speed
Core Web Vitals Optimization
Content Strategy
Analytics Setup (GA4 / GTM)
Strategic Approach
Website UX Strategy
The main issue was that users needed to understand the institute’s medical services quickly, without having to interpret complex or scattered information. The UX strategy was structured around reducing decision friction by making the most important service information, trust indicators, contact options, and next steps visible early in the journey. This helps users move from research to enquiry with fewer interruptions.
Site Architecture & Navigation Strategy
The site required a clear structure that could support multiple medical services while keeping navigation simple. The architecture was planned around service categories, patient intent, and common decision paths, so users can find the right department, understand the available treatments, and access contact points without unnecessary page depth. This improves usability and supports stronger enquiry flow across the website.
Page Design & Content Strategy
Each key page needed to explain what the service is, who it is for, and what action the user should take next. The content structure was designed with clear headings, short explanatory sections, service-specific information, and consistent CTA placement. This makes the pages easier to scan, supports better search visibility, and gives potential patients enough information to make contact.
Lead Generation / Conversion Strategy
The conversion issue was ensuring that users could enquire without being forced through a long or confusing process. Contact options, appointment prompts, and enquiry CTAs were placed at relevant decision points across the website. The logic was to connect user intent with immediate action, increasing the likelihood that visitors become qualified leads.
Mobile Optimization Strategy
A large portion of users are expected to visit the website from mobile devices, especially when searching for medical services or contact details. The mobile strategy focused on readable content, simplified layouts, clear tap targets, fast access to calls or enquiries, and reduced scrolling friction. This improves accessibility and helps mobile users complete key actions faster.
Key Implementation Highlights
Site structure rebuilt around service-based user journeys
Page hierarchy aligned with search and AI-query intent
Above-the-fold trust and credibility redesign
Inquiry form optimization and CRM integration
Mobile-first page restructuring
Internal linking architecture across service pages
Schema markup implementation for business and service entities
Page speed and Core Web Vitals improvements
Metric
Before
After
Click-Through Rate
2.4%
5.8%
Bounce Rate
68%
42%
Average Session Duration
0:52
2:14
Pages per Session
1.4
3.1
Form Submission Rate
1.8%
4.9%
Page Load Speed
4.6s
1.9s
Core Web Vitals Score
Needs Improvement
Passed
Indexed Pages
6
18
Mobile Usability Score
74/100
96/100
Organic Search Impressions
1,200/month
4,800/month
Service Page Engagement
Low
Increased
Contact Button Interactions
3.2%
7.6%
Appointment CTA Clicks
2.1%
6.4%
Internal Navigation Clicks
18%
41%
Mobile Conversion Rate
1.3%
3.8%
The redesigned project structure improved how users move through the GMI website. Key services became easier to find, page paths were reduced, and visitors could reach relevant medical information with fewer steps.
Service pages were reorganized to better match patient intent. This improved inquiry-page relevance by connecting each service with clearer supporting content, stronger calls to action, and more direct contact routes.
The new page architecture also strengthened search and AI visibility. By separating content into clearer topics, improving headings, and aligning pages around specific medical services, the website became easier for search engines and AI systems to understand.
Mobile usability was improved across key browsing and inquiry journeys. Content became easier to scan, sections followed a clearer order, and users could move from service discovery to contact actions with less friction.
Audience Search Intent
GMI’s audience strategy focused on users actively searching for medical services, clinic information, and direct contact options. The structure had to support local patients in Cyprus, while also helping international and English-speaking visitors understand available services before making an inquiry.
Core Audience Profile
The core audience was primarily mobile-first, aged 30–54, and driven mainly by organic search. Cyprus remained the strongest market, with balanced gender intent and moderate returning visitor behavior from users comparing services, doctors, appointment options, and clinic access details.
High-Intent Page Strategy
High-intent pages were prioritised because they directly support patient decision-making. Service pages, doctor pages, appointment areas, contact routes, and location information were structured to reduce browsing friction and help users move from research to inquiry with fewer unnecessary steps.
GEO Visibility Logic
From a GEO perspective, the website needed clearer service naming, location relevance, and structured information hierarchy. This helped search engines and AI systems understand who GMI serves, which medical services are offered, and which pages best match patient inquiry intent.
Key Takeaway
For GMI, the biggest performance opportunity was not visual redesign; it was reducing the gap between patient intent, service discovery, and inquiry action.
FAQs
Why is site architecture important for service-based websites?
Site architecture helps users and search engines understand how services are organised. For a medical provider like GMI, clearer page hierarchy improves service discoverability, reduces navigation friction, and supports better indexing for high-intent search terms.
How does website UX affect lead generation efficiency?
Website UX affects how quickly users can move from service discovery to inquiry action. Clear navigation, visible contact routes, and structured service pages reduce drop-off and make it easier for potential patients to request information or book an appointment.
Why is mobile optimization critical for local medical service websites?
Most local service searches happen on mobile devices, especially when users are looking for opening hours, directions, contact details, or urgent service information. A mobile-optimized structure improves usability, page engagement, and inquiry completion across smaller screens.
How does AI visibility affect business discovery?
AI visibility, also known as GEO, helps search engines and AI platforms understand what a business does, who it serves, and which services are most relevant. Clear headings, structured content, schema markup, and location-based service information improve the chances of being surfaced in AI-assisted search results.
What causes navigation friction on multi-service websites?
Navigation friction usually happens when services are grouped around internal departments instead of user search intent. For GMI, reducing friction meant making service categories, page paths, and contact actions easier to understand and access.