Description The Tower Optima Reformer by Alpha Pilates Systems is an upgraded Pilates apparatus, offering a wide range of exercises by combining the benefits of a Reformer with the features of a Tower. The stainless steel Tower, mounted on the Reformer, includes the Push Through Bar, Roll Down Bar, and long springs with varied resistance levels along its frame. These features provide versatile options for strength training and flexibility improvement. The adaptability of the Tower Optima Reformer makes it ideal for personalized workouts, catering to the needs of practitioners of all levels. The Optima Pilates Reformer offers customized workout possibilities, thanks to its easy resistance adjustments, a quick and user-friendly 7-position adjustable footbar, removable shoulder rests with two distance settings, and detachable adjustable risers. Its silent and smooth-gliding carriage ensures comfort, anatomical support, and a full range of motion. The height of the Optima Reformer by Alpha Pilates is higher than standard Pilates beds, allowing Pilates instructors to manage it more easily. At the same time, this design helps patients and elderly practitioners sit more comfortably, as musculoskeletal conditions may prevent them from bending down to lower Pilates equipment. The wooden frame is narrower than traditional models, optimizing studio space efficiency without affecting the carriage platform width. Honoring timeless design, the wooden frame of the Pilates bed features sleek lines and a smooth, handcrafted finish. The manufacturing process utilizes state-of-the-art robotic cutting technology for absolute precision. We select only the finest materials, including solid beech wood panels and inox stainless steel components. Every stage of Alpha Pilates Systems equipment production is supervised by experienced craftsmen to ensure top-tier build quality. Our company adheres to and meets all high-quality manufacturing standards, as dictated by the ISO 9001:2015 certification, which we hold. This applies to both the frame construction and critical components, such as springs, ensuring durability and reliability.
