No products in the cart.
ATMOS ENT Examination Chair
ATMOS® ENT Examination Chair is a premium, ergonomically designed patient chair engineered for ENT diagnostics and procedures. Built for comfort, durability, and flexibility, the chair supports smooth positioning and easy access during examinations, making it ideal for modern ENT clinics.
Features & Specifications:
• Brand: ATMOS® MedizinTechnik
• Model: ENT Examination Chair (Comfort/Professional series)
• Type: Electrically adjustable ENT patient chair
• Design: Ergonomic with high-quality, antimicrobial upholstery
• Functions:
– Electric height adjustment
– Synchronized backrest and legrest movement
– 360° chair rotation with lock function
• Controls: Integrated foot
• Upholstery: Soft-touch, easy-to-clean synthetic leather
• Load Capacity: Up to 200 kg
• Adjustments: Headrest, armrest, and footrest customizable
• Power Supply: Standard AC with low energy consumption
• Application: ENT outpatient exams, minor procedures, and diagnostics
• Country of Origin: GermanyMindray VS600 Vital Signs Monitor
The Mindray VS600 Vital Signs Monitor falls under the Patient Monitoring Systems category and is widely used in the fields of general medicine, emergency care, and critical care for monitoring vital signs.
DESCRIPTION OF THE DEVICE:
The Mindray VS600 Vital Signs Monitor is a compact and reliable patient monitoring device designed for efficient measurement of vital parameters such as blood pressure, temperature, and oxygen saturation (SpO2). It is ideal for routine patient checkups, emergency care, and bedside monitoring in hospitals, clinics, and outpatient settings. With its intuitive interface and portability, it ensures accurate readings and ease of use for healthcare professionals.WEYER Ceramotherm Device for Heating of Newborns
Medical Category: Neonatal Care Medical Field: Pediatrics
The Weyer Ceremotherm Baby Warming System is designed to provide controlled warmth to neonates, particularly those who are premature or have low birth weight. This system ensures optimal thermal regulation during critical care and transport.
