Touchless & Sensor Water Dispensers: Infection Control for Clinics & Hospitals
In clinical environments, outpatient waiting lounges, dental surgeries, and pathology laboratories, high-touch surfaces are a primary vector for cross-contamination. Standard push-taps on water dispensers are touched by hundreds of patients and healthcare visitors every day.
To maintain stringent hygiene protocols and meet NABH hospital accreditation standards, healthcare facilities across Delhi NCR are transitioning to zero-contact optical sensor water dispensers.
1. How Touchless Optical Sensor Dispensing Works
The Atlantis Air Press eliminates physical contact entirely:
- Finger-Distance Proximity Sensors: Optical infrared sensors detect a finger or glass at a distance of 2 to 3 cm without requiring physical touch.
- Dedicated Independent Outlets: Hot, normal, and cold water each feature an individual proximity sensor.
- Anti-Splash Aerators: Ensures a smooth, laminar water stream preventing aerosol splashes in sterile zones.
2. Ideal Healthcare Applications in Delhi NCR
| Medical Facility | Recommended Zone | Why Touchless is Critical |
|---|---|---|
| Multi-Specialty Hospitals | OPD Waiting Areas, ICU Lounges | High patient footfall; minimizes bacterial transmission. |
| Diagnostic & Pathology Labs | Sample Collection Centers | Ensures patients waiting for fasting blood tests do not touch taps. |
| Dental & Dermatology Clinics | Patient Reception | Elevates clean, modern clinical aesthetics and patient confidence. |
| Pharmaceutical Cleanrooms | Staff Change Rooms | Compliance with strict zero-touch hygiene guidelines. |
3. Specifications of the Atlantis Air Press
- Outlets: Hot, Normal, and Cold Water.
- Cooling Throughput: 3 Litres / Hour.
- Heating Throughput: 5 Litres / Hour.
- Safety Feature: Dual-sensor lock on hot water to prevent accidental scalding.
- Warranty: 1-Year On-Site Manufacturer Warranty across all Delhi NCR locations.
Learn more about the Atlantis Air Press Specs or request institutional pricing for your hospital.