SHS-3246-TBUR
SHS-3246-TBUR
Space-Saving Wall-Mounted Medical Computer Workstation with Tambour Door & Articulating Arm
Overview
The SHS-3246-TBUR is a compact, wall-mounted medical computer workstation designed to maximize functionality while maintaining a minimal footprint in patient rooms and clinical environments. Ideal for space-conscious healthcare facilities, this bedside workstation delivers smooth operation, secure storage, and enhanced caregiver interaction.
A key feature of this model is its tambour door system, which rolls up neatly inside the cabinet. This design minimizes outward clearance requirements and allows the articulating arm to achieve maximum range of motion. The articulating arm—constructed from machined aluminum with an antimicrobial finish—extends outward with a full 180° range of movement, enabling caregivers to comfortably face and engage with patients during documentation or care.
The upper cabinet provides secure housing for CPUs and electrical components, keeping technology protected and organized. Optional hollow side panels and built-in wire concealment support clean installations, improved infection control, and a professional appearance.
Designed for durability and efficiency, the SHS-3246-TBUR is a dependable solution for hospitals and healthcare facilities in Harbor Springs, MI and beyond that require space-saving medical workstations without compromising performance.
Vital Stats
Model No.: |
SHS-3246-TBUR |
Shipping Weight (in pounds): |
85.0 |
Product in Inches (H x W x D): |
32 x 46 x 8 |
Features
- Tambour door roller system
- Standard hollow side panels: Wire management, radius edges.
- Upper cabinet: CPU and electrical.
- High pressure Laminate: Durable, hundreds of colors/grains available
- Passive ventilation: No use of loud CPU fans. STS
Options
- Completely Customizable.
- Standard side panels: Solid with radius edges, cost effective.
- Various locking solutions: Network, prox/HID, electronic and more.
- Easy-Install hanging rail: Allows for fast, accurate installation.