Following the successful testing of a revolutionary new system for detecting bed bugs, the London Network for Pest Solutions team is now using it to tackle problems across London.
The BugScents Sentry Pro device uses a patented bed bug lure technology designed to attract bed bugs by mimicking their natural aggregation pheromone.
It provides pest controllers with a highly effective, long-lasting and environmentally friendly attractant to improve detection and monitoring of bed bugs before an infestation becomes established.
The BugScents solutions were developed during a decade of research by scientific experts at the world-renowned London School of Hygiene & Tropical Medicine (LSHTM) and Arctech Innovation, co-founded by Professor James Logan.
Mick Marbe, London Network for Pest Solutions’ commercial pest team manager, said: “This device has the potential to revolutionise bed bug monitoring. It’s far more effective than anything we’ve tried before and has helped us to catch bed bugs in locations where traditional methods failed.
“It’s the first detection system that uses pheromones as an attractant, which really stood out to us. The claims that it could catch bed bug nymphs were also promising, and the science behind it was thoroughly explained to us.”
LNPS previously used various methods for monitoring, including cardboard corrugated traps and standard sticky monitors. However, when trialling BugScents Sentry Pro, the team found it far superior.
Within 48 hours of installation, the device captured bed bugs that were missed by visual inspections and other monitors.
In a trial within a sheltered accommodation block, Sentry Pro detected three live bed bugs after other methods had failed to find any. Without the Sentry Pro, the team would have given that area a clear visit but the device revealed there was still activity.
Mr Marbe said: “The value of this device is in the confidence it gives both to our team and to the residents we serve. It has allowed us to confidently declare properties bed bug-free after persistent issues.”
The device has also proved invaluable for post-treatment monitoring allowing the team to monitor specific areas and rule out potential problem spots. It has also helped in effectively monitoring communal areas as well. This has been crucial in preventing reinfestations.
He added: “I truly believe this new system has the potential to revolutionise bed bug monitoring. It’s far more effective than anything we’ve tried before. If adopted more widely by the industry, it could change the way we approach bed bug management.”
