EPC500 Procedure Chair
Introducing the EPC500 – The most versatile procedure chair on the market!
Features:
- Smart Caster Technology with Auto Braking and Advanced Steering for Improved Patient and Staff Safety
- Industry Leading Height Range – 20 inches (51 cm) to 40 inches (102 cm) for Greater Procedure Flexibility
- Highest Chair Weight Capacity on the U.S. Market Today – 600 lbs (272 kg) – for Your Larger Patients
- Full Radiolucent Back for Multiple Imaging Procedures
- Wider Patient Surface for Enhanced Patient Comfort and Safety – 26 inches (66 cm)
- Two-position Foot Rest with Integrated Powered Leg Extension for Taller Patients
- Hand Pendant with Pre-Sets and 3 Memory Positions– Positioning at Your Fingertips
- Superior Surgeon Leg Clearance
- 0o– 15o Seat Tilt Standard for Improved Patient Safety and Comfort
- 6o Reverse Trendelenburg to Improve Surgical Exposure
- Integrated Ergonomic Push Handles for Increased Staff Safety
- Counter Rotating Side Rails with Urethane Comfort Arm Rests
- Contoured, Multi-density Pad with Dura-Gel® Insert for Greater Patient Comfort
- Back-up Lithium-Ion Battery for Longer Battery Life
- Accommodates 110-240V 50/60 Hz
Economic Benefits
- The single patient platform increases productivity and throughput and decreases turnover times
- Reduces staff time and prevents staff injury involved in transferring patients during various phases of care
- Fewer patient transfers enhance patient satisfaction
Patient Outcome and Safety Benefits
- A full range of patient positioning provides patient comfort and safety during every phase of care including transport, procedure, and recovery
- Improves the quality of care and reduces the risk of patient and staff injury by eliminating multiple patient transfers
- Designed for multiple procedures from treatment rooms to radiology
- Patients can position themselves with handheld controls, which minimizes staff involvement and can help speed recovery time (lock-out feature available)
Ideal for
- Outpatient Surgery
- ER
- Dialysis (Insertion of Vascular Access Ports)
