RISE® Robotics
RISE® Robotics provides the Beltdraulic™, a fluid-free linear actuation system that replaces conventional hydraulics in heavy machinery. The RISE® Cylinder delivers three times the speed of hydraulic systems while regenerating energy when lowering loads, and works with diesel, electric, hydrogen, or other power sources. The company partners with OEMs, Tier 1 suppliers, and the US DoD to integrate the technology into existing equipment designs.
- Robotics
- Clean Technology
- Hardware
Funding
Funding not disclosed
Founders
Founder details are not available yet.
Product
Problem
Traditional hydraulic systems in industrial machinery suffer from energy losses during fluid conversion and control, which become especially critical for battery-powered equipment where every kilowatt-hour matters. These systems also present fire hazards, require complex maintenance, and limit the efficiency gains possible from electrification.
Solution
RISE Robotics provides the Beltdraulic™, a fluid-free linear actuation system that replaces conventional hydraulics in heavy machinery. The RISE® Cylinder delivers three times the speed of hydraulic systems while maintaining the force, reliability, and durability operators require. The technology is source-agnostic, working with diesel engines, electric powertrains, hydrogen, and other power sources, and regenerates energy when lowering loads. RISE works side-by-side with clients to ensure seamless integration of the cylinder into existing designs, extending support to supply chain and manufacturing processes.
Target Audience
Primary customers are original equipment manufacturers of large-scale industrial machinery, including excavators and other heavy equipment, as well as Tier 1 suppliers and the US Department of Defense, seeking to improve efficiency and electrify their product lines.
Features
- Beltdraulic™ fluid-free linear actuation system delivering high-force electric motion without hydraulic fluid
- RISE® Cylinder provides 3x the speed of conventional hydraulic systems
- Energy regeneration when lowering loads to improve overall machine efficiency
- No fire hazard due to elimination of hydraulic fluid
- Source-agnostic design compatible with diesel, electric, hydrogen, and other power sources
- Collaborative integration approach with supply chain and manufacturing support
- Partnerships with Tier 1 suppliers, OEMs, and the US DoD for technology deployment