ConXport Exercise Staircase Corner Type 75cm Wide

About ConXport Exercise Staircase Corner Type 75cm Wide

Built in two section in right angle to fit into a corner.

Steps arrangement.

Four 15cm high steps on one side leading to a platform of75cm x 75cm.

(First step moves into the second to make it bus step of30cm height).

Eight 7.5cm steps on the other side. Steps are 75cm wide& 25cm deep.

Fitted with two sets of handrails at different height toaccommodate Adult and Children. Step and Platform made of commercial board of12mm thickness is covered with non-slip matting.

Sides and supporting frame of steps is made of commercialboard of 18mm thickness with hardwood reinorcement.

Hand Rails & Supporting bars are made of solidhardwood, Stairs Finished Natural.

 

Ergonomic Staircase for Effective Rehabilitation

Designed specifically for physical therapy and rehabilitation, the ConXport Exercise Staircase Corner Type facilitates safe and accessible stair climbing exercises. Its thoughtful corner shape allows versatile therapy routines while the handrails and slip-resistant steps provide enhanced stability for users of all ages. Ideal for assisting mobility, gait training, and muscle strengthening in diverse clinical environments.


Robust and Safe Construction

Crafted from hardwood with abrasion-resistant vinyl finishes, the staircase is built for durability and safety. Routine cleaning is simple, requiring only a damp cloth and mild detergent if necessary. Smooth edges and rounded corners minimize injury risk, while sturdy handrails ensure confidence during every session. The non-mobile design ensures stability throughout use.


Efficient Setup and Maintenance

Arriving mostly assembled, the staircase demands minimal final fixing, making installation quick and straightforward for facility staff. This user-friendly process allows clinics and hospitals to integrate the equipment into their rehabilitation spaces with minimal disruption. Ongoing maintenance is easy, enabling busy therapy environments to keep equipment in optimal condition.