Driving Consistent Leads for a Spokane Valley Dental Practice with Google Ads
Overview:
A Spokane Valley, Washington-based dental practice was seeking to increase its patient base through online advertising. By leveraging Google Ads, the practice aimed to drive more qualified leads at a cost-effective price. Over a five-month period from April to August 2024, the dental practice achieved consistent and impressive results, maintaining a low cost per acquisition (CPA) while generating a steady flow of new patient leads.
Objectives
Increase Patient Leads
Maintain a Low CPA
Optimize Ad Spend
Strategy
The strategy involved,
Targeted Campaigns
Focusing on highly relevant keywords related to dental services in Spokane Valley to attract potential patients actively searching for dental care.
Ad Optimization
Continuously refining ad copy and targeting to improve click-through rates (CTR) and conversion rates.
Budget Management
Allocating the budget efficiently to ensure a steady flow of leads while maintaining a low CPA.
Results
The Google Ads campaigns delivered consistent results month after month, as detailed below:
- Clicks: 489
- Conversions: 119
- CPA: $11.55
- Total Cost: $1.37K
- Clicks: 534
- Conversions: 140
- CPA: $10.05
- Total Cost: $1.41K
- Clicks: 495
- Conversions: 127
- CPA: $9.77
- Total Cost: $1.24K
- Clicks: 630
- Conversions: 130
- CPA: $11.39
- Total Cost: $1.48K
- Clicks: 626
- Conversions: 143
- CPA: $10.62
- Total Cost: $1.52K
Key Metrics and Insights
Consistent Lead Generation
Decreasing CPA
Efficient Ad Spend
Conclusion
By implementing a focused and optimized Google Ads strategy, the Spokane Valley dental practice successfully attracted a steady stream of new patient leads at a consistently low cost per acquisition. The ongoing optimization efforts ensured that the ad spend was used effectively, resulting in a strong return on investment and continuous growth for the practice. This case study highlights the importance of targeted, data-driven strategies in achieving sustained success in online advertising.