Bactiscan™ and BactiscanPRO™
User-friendly handheld bacteria and biofilm detection systems that utilise proprietary wave-alternating UV light technology to locate surface contamination, especially as a prelude to ATP swab testing in production facilities. Being lightweight, and easy-to-use, one operator can examine large areas quickly, with minimal training required. The Bactiscan™ & BactiscanPRO™ are environmentally friendly and safe for people and products, as it requires no chemicals to generate results.
Benefits offered by the Bactiscan™ and BactiscanPRO™
- Immediately isolate areas of bacteria, biofilms, mould, product residue and many other contaminants
- Inspect large surface areas quickly and easily
- Environmentally friendly, non-invasive, and safe to handle / use
- For most areas, downtime is not required
- BactiscanPRO™ utilises still photography and video capture capability for maintenance and remedial works
- Can help save money by making other testing, such as ATP swab tests, more targeted and efficient
NEW - BactiscanPLUS™
Introducing the BactiscanPLUS™, designed with a swiveling head for inspecting hard-to-reach areas and an ergonomic switch for easy UV light control. Featuring seperate dual rechargeable DeWALT® batteries for continuous, reliable performance.
Bactiscope™
A surface bacteria and biofilm detection system using EIT Internationals wave-alternating UV light technology, designed to inspect awkward to access areas and inside pipework. Images or video captured can be uploaded to an internal quality system for audit purposes or documented corrective action. Extremely environmentally friendly as it requires no chemicals or dyes.
Benefits offered by the Bactiscope™
- Camera can inspect up to 5m, into awkward and hard-to-reach areas such as pipework or behind equipment
- Immediate results on screen and able to record findings
- Minimal downtime and easy to use
- Environmentally friendly and safe to handle/use
- Ideal addition to in-house maintenance and cleaning protocols for regulatory compliance