Nurse's workstation FG-PW-60/40/3F/4F02

with shelvesmodularstainless steel

Core Advantages: Constructed with high-strength anodized aluminum and a seamless frame, this modular workstation integrates a full-size medical cart that can operate independently or nest within the main unit. ISO 600×400mm baskets provide flexible storage with adjustable dividers and dual labeling options. Stainless steel top with railings ensures flatness, stability, and safety, while medical-grade casters enable smooth maneuvering across clinical environments. Product Performance: - Brushed 304 stainless steel top panel with reinforced support tubing - High-strength anodized aluminum alloy frame with non-porous seamless design - ABS injection-molded connectors with precision snap-fit joints - Compatible with ISO 600×400mm ventilated baskets - Basket height options: 100mm (shallow), 200mm (deep) - Adjustable internal dividers for dynamic layout customization - Dual label frames: 58×90mm (external), 42×65mm (internal) - 2° tilt-out drawer mechanism with roller-assisted slide system - Cart top equipped with stainless steel 3-side safety rails - φ100mm medical-grade casters with noise-reduction and shock-absorption features - Dual brake system - Dual directional lock - 360° maneuverability with straight-line correction - Modular docking design: cart can be stored under the workstation or used separately - Fully customizable in configuration, layout, and dimensions Dimensions: - Overall Workstation: 2185×668×1040mm - Integrated Cart: 984×628×900mm - Basket size: ISO 600×400mm - Basket heights: 100mm (shallow), 200mm (deep) - Label frames: 58×90mm (external), 42×65mm (internal) - Casters: φ100mm Application Scenarios: Engineered for sterile prep rooms, surgical suites, and nursing stations, this integrated solution supports rapid access and modular storage of medical supplies, surgical kits, and consumables. The docking configuration adapts to both stationary and mobile workflows, enhancing operational efficiency, space utilization, and infection control in high-demand hospital environments.