Gynecological Chair KG-03Manufacturer:
OKA-MEDICTechnical Specifications per
TU 9452-011-70373441-2008Registration Certificate:
FSR 2009/04054 (issued May 29, 2024)
NMD Code (Russia):
151550Intended Use
The
KG-03 gynecological chair is designed for positioning female patients during
gynecological examinations, diagnostic and therapeutic procedures, and
minor surgical interventions.
Design and Construction
- Main Components:
- – Base
- – Adjustable vertical column
- – Footstep (step stool)
- – Pelvic panel
- – Backrest panel
- Trendelenburg Position: Supported
- Adjustability:
- – Continuous (stepless) tilt adjustment of both pelvic and backrest panels via a lever mechanism and dual pneumatic springs
- – Electric height adjustment of the seat via a manual control pendant, with the actuator integrated into the central column
- Upholstery:
- – 50 mm thick high-density polyurethane foam on rigid substrate
- – Seamless cover made of vinyl leather (artificial leather), resistant to abrasion and hospital-grade disinfectants
- Frame:
- – Base frame: welded from 60×30 mm steel profile tubing
- – Panel frames: welded from 40×25 mm steel profile tubing
- – Footstep frame: welded from 25 mm diameter round steel tubing
- – All metal parts finished with eco-friendly, powder-coated polymer coating, resistant to repeated disinfection
- Accessories:
- – Armrests and leg support posts: made of 16 mm diameter stainless steel tubing
- – Gephardt-type leg supports: molded from polyurethane foam, for patient comfort and hygiene
Standard Configuration
- Gephardt leg supports – 2 pcs
- Footstep
- Stainless steel basin
- Armrests – 2 pcs
Optional Accessories
- Headrest
- Leg section (detachable footrest extension)
- Injection tray
- IV pole (infusion stand)
Warranty
12 months from the date of commissioning
The
KG-03 gynecological chair by OKA-MEDIC combines
robust construction,
ergonomic adjustability, and
hospital-grade durability, meeting the demanding requirements of modern outpatient and inpatient gynecological care. Its electric height control, Trendelenburg capability, and chemical-resistant materials ensure both
clinical efficiency and
patient safety.