BES-Pro Motorized Lower-Limb Exoskeleton

The BES-Pro Motorized Lower-Limb Exoskeleton provides electric-powered assistance for leg movements, targeting industrial workers who spend extended periods walking, standing, or performing tasks that strain lower extremities.

Product Overview

BES-Pro addresses occupational fatigue affecting workers in facilities requiring extensive walking distances, prolonged standing, or repeated leg movements. The powered system reduces muscle strain in hip and knee joints, enabling workers to maintain productivity throughout extended shifts while reducing injury risk.

Built on ULS Robotics’ exoskeleton technology platform, BES-Pro shares core components and control systems with the company’s lumbar and full-body products, benefiting from accumulated engineering experience across the product line.

Key Features

BES-Pro’s AI-driven hip and knee electric motor actuation helps industrial workers in manufacturing and logistics maintain productivity during extended walking and standing shifts, CE certified for European markets.

• Electric motor actuation: Powered assistance for hip and knee joint movements
• Adaptive motion control: AI-based algorithms adjust to user gait patterns
• Industrial-grade construction: Designed for continuous operation in factory environments
• Modular architecture: Compatible with ULS Robotics system expansion options
• Battery-powered mobility: No tethered power requirements

Technical Specifications

BES-Pro’s electric motor actuation covers hip and knee joints on rechargeable lithium battery, targeting industrial logistics and manufacturing workers with CE and ISO 9001 certification.

Technology Platform

BES-Pro incorporates ULS Robotics’ core technology systems:

• Intelligent digital actuators with proprietary motor and driver designs
• Adaptive motion control algorithms for natural movement assistance
• Multi-sensor data fusion integrating position, force, and motion data
• Self-learning gait adaptation personalizing assistance to individual users

The system represents part of ULS Robotics’ strategy to offer full body-segment coverage, allowing facilities to deploy upper-limb, lumbar, lower-limb, or full-body systems based on specific occupational requirements.

Clinical Applications

BES-Pro serves industrial applications requiring lower-limb endurance:

• Large manufacturing facilities: Supporting workers covering extensive floor distances
• Warehouse logistics: Assisting order pickers walking lengthy routes
• Airport operations: Ground crew support during aircraft servicing
• Inspection and maintenance: Technicians requiring extended standing and walking
• Trade shows and retail: Prolonged standing support for service personnel

Regulatory Status

BES-Pro carries CE certification for industrial applications in European markets. The product does not hold medical device registration as it targets occupational rather than clinical rehabilitation applications.

Frequently Asked Questions

How does BES-Pro compare to the VIATRIX consumer exoskeleton?

BES-Pro targets industrial applications with emphasis on durability and continuous operation in demanding environments. VIATRIX represents ULS Robotics’ consumer product line, optimized for lighter weight (2.9 kg), extended battery range (25 km), and recreational activities like hiking and outdoor sports. Industrial users typically benefit from BES-Pro’s proven construction, while individual consumers may prefer VIATRIX’s portability.

Can BES-Pro be combined with other ULS Robotics exoskeletons?

ULS Robotics’ modular product architecture supports various combinations. The FIT-GS-Ultra full-body system demonstrates the company’s capability to integrate lower-limb assistance with upper-body and lumbar support. Users requiring multi-segment assistance should consult ULS Robotics for configuration recommendations.

What training is required to use BES-Pro?

Initial fitting and calibration typically requires guidance from trained personnel. Users adapt to powered assistance through progressive familiarization. ULS Robotics provides operational training through its distribution partners, with ongoing support available through the company’s service network.