NaceCare Bed Bug Tool – Steam Accessory for Bed Bug & Egg Elimination- SX115U0

NaceCare Bed Bug Tool – Steam Accessory for Bed Bug & Egg Elimination

The NaceCare Bed Bug Tool is a specialized steam accessory designed to help eliminate bedbugs and their eggs when used with a compatible steam generator. This product is NOT a standalone machine and requires the NaceCare JS 1600C Steamer (sold separately) to operate. When paired correctly, this tool delivers superheated steam up to 226°F (130°C) to safely sanitize mattresses, sofas, furniture, and other infested surfaces — all without chemicals or pesticides.

Engineered specifically for professional pest control and facility sanitation, the NaceCare Bed Bug Tool allows operators to target infestations with precision while minimizing the risk of spreading insects to surrounding areas.

Why You’ll Love the NaceCare Bed Bug Tool (Accessory Only)

• Accessory-only tool — must be connected to the NaceCare JS 1600C Steamer to function
• Certified to kill bedbugs and eggs using high-temperature steam
• Chemical-free and eco-friendly solution for indoor environments
• No harmful residues — safe for hospitality, healthcare, and residential use
• Specialized nozzle design helps prevent spreading bugs during treatment
• 3-meter steam hose provides extended reach and maneuverability
• Minimal training required when used with the compatible steamer

Perfect For:

• Hotels and hospitality operators
• Healthcare and assisted-living facilities
• Property management and maintenance teams
• Pest control professionals
• Facilities already using the NaceCare JS 1600C Steamer

Key Features and Benefits

• High-temperature steam output (up to 226°F / 130°C) kills bedbugs and eggs on contact (when used with the JS 1600C)
• Accessory-only design allows seamless integration with the NaceCare JS 1600C steam system
• Eco-conscious pest control eliminates the need for toxic chemicals
• Safe for mattresses, upholstery, furniture, and hard surfaces
• Precision nozzle targets pests while reducing cross-contamination risk