| Industry | Medical Mobility — Power Wheelchair Drive Systems and Actuator Technologies |
| Product | Custom aluminum brackets, clamps, and mounting structures tailored to REAC's actuator configurations |
| Material | CNC-machined lightweight aluminum with high strength |
| Technology | CNC Machining, Precision Structural Engineering |
| Production Type | Initial sampling and pilot production runs with structural validation and batch assembly testing |
| Surface Finish | Structural surface finishing for durability and corrosion resistance |
| Precision | Passed structural validation, batch assembly tests, and REAC's strict quality standards for medical mobility components |
| Lead Time | Fast prototyping with responsive iteration cycles based on REAC engineering feedback |
| Function | Structural support and actuator mounting components for power wheelchair drive systems |
REAC Group, headquartered in Helsingborg, Sweden with a major branch in Warsaw, Poland, is a global leader in actuator and motion system technologies for medical mobility devices. Their solutions are widely used in electric wheelchairs, rehabilitation systems, and patient transfer lifts — serving users across Europe and beyond.
Known for compact design, intuitive motion control, and strict quality control standards, REAC holds high expectations for every custom component integrated into their systems. Every part must meet rigorous functional and structural requirements to ensure safe, reliable performance in mobility applications.
REAC Group's Poland branch approached SHBD with a clear manufacturing brief — deliver a set of precision structural components for their power wheelchair drive systems that would enhance product durability, integration, and user mobility. The engineering team required parts that met exacting specifications for fit, strength, and repeatability across production batches.
REAC's technical team expressed strong satisfaction with SHBD's delivery speed and product reliability, paving the way for further collaboration on mobility devices and rehabilitation frame support hardware.
SHBD's engineering team analyzed REAC's actuator configurations and mounting requirements, developing custom aluminum bracket and clamp designs tailored to the power wheelchair drive system geometry.
All components were CNC-machined from lightweight aluminum stock with tight tolerances, achieving the high strength-to-weight ratio required for medical mobility applications.
Every part underwent structural validation and batch assembly testing to verify fit, strength, and compatibility with REAC's linear actuator systems before shipment.
Prototypes were delivered on a fast timeline, with SHBD's team responding quickly to REAC's engineering feedback for iterative refinements. All pilot run parts passed acceptance criteria.
All structural components were CNC-machined from lightweight aluminum, delivering the optimal balance of strength and weight essential for power wheelchair drive systems. Key features:
SHBD designed and manufactured custom linkages and joints engineered for seamless compatibility with REAC's linear actuator systems. These interfaces ensured:
One of REAC's key requirements was speed. SHBD delivered prototype parts on an accelerated timeline and maintained a rapid iteration loop with REAC's engineering team:
All delivered components were subjected to rigorous quality validation to meet REAC's strict standards for medical mobility components:
This project further demonstrates SHBD's growing capability as a trusted precision supplier to the global medical motion control sector. Our team's experience with:
