Oral Qamera: Making Dental Plaque Visible and Measurable

Oral Qamera: Making Dental Plaque Visible and Measurable
Oral Qamera is based on QLF technology developed by Inspektor Research Systems. This fluorescence imaging technology reveals what is often missed during a regular visual inspection. For example, it can show plaque, biofilm and early signs of oral health problems more clearly. As a result, these issues can be detected earlier, explained better and monitored over time.
This is important because plaque is where many oral health problems begin. When plaque is not removed properly, it can harden into tartar. Tartar builds up along the gumline and between the teeth. Over time, it can irritate the gums, damage supporting tissues and contribute to caries, gingivitis and periodontitis.
Moreover, research shows that periodontal disease is associated with wider health conditions, including diabetes and cardiovascular disease. This underlines the importance of prevention and early intervention.
For dental professionals, Oral Qamera offers more objective insight. It also supports clearer patient communication and better-informed decisions about prevention, monitoring and treatment. Plaque can be shown, analysed and quantified. Therefore, oral hygiene advice becomes more specific and easier for patients to understand.
For consumers, Oral Qamera offers a smart home-use device. It makes plaque visible without the need for traditional red disclosing tablets. This helps people see where brushing can be improved. It also makes daily oral care more measurable, practical and motivating.
By combining QLF technology with practical imaging and analysis tools, Oral Qamera helps bridge the gap between professional dental care and everyday oral hygiene. Oral Qamera stands for a more preventive approach to oral health: seeing earlier, explaining better and acting at the right moment. Would you like to learn more about Oral Qamera or see what it can mean for your practice? Contact us to request more information or schedule an appointment.

Anna Westerlund , University of Gothenburg