DRH Foot Single Step Stainless Steel (DRH-236) – Compact & Durable Step Stool for Medical Use

The DRH Foot Single Step Stainless Steel (DRH-236) is a medical step stool constructed from stainless steel, designed to facilitate access to elevated surfaces within healthcare settings. This unit features a single step with dimensions of approximately 450mm in length, 225mm in width, and 225mm in height. The frame is fabricated from stainless steel tubing, and the unit is fitted with PVC stumps at its base to provide stability and protect flooring.

The top surface of the step is made from stainless steel sheet that has undergone a double press bending process, contributing to its structural integrity and providing a non-slip texture for enhanced user safety. The overall construction prioritizes durability and ease of maintenance, essential characteristics for medical equipment. Its design allows for straightforward cleaning and disinfection procedures, which are critical in maintaining hygienic environments.

The stool’s construction is intended to withstand regular use in demanding clinical conditions, offering a reliable aid for various medical tasks. The material choice also ensures resistance to corrosion and rust, prolonging the product's service life. The unit is designed to be relatively lightweight, aiding in its repositioning as needed within a facility.

The stable base is engineered to prevent unwanted movement during use, contributing to overall safety. The compact form factor also allows for convenient storage when not in active use, making it suitable for environments where space may be a consideration. The integration of PVC stumps on the base helps to absorb minor impacts and provides a secure grip on various floor surfaces, further enhancing stability and preventing slippage.

The double press bent stainless steel sheet on the step surface is a key design element for user safety, providing a reliable grip. This step stool serves as a practical accessory for numerous medical applications where a slight increase in height is required. Its robust build and user-centric design make it a functional component in patient care and clinical operations.

The materials used are selected for their longevity and ability to endure frequent cleaning protocols common in healthcare. The overall dimensions are optimized for accessibility and maneuverability within clinical spaces.