HCP Sense provides a non-invasive sensor technology that measures electrical impedance to monitor load, lubrication, and condition in rolling bearings. This solution enables real-time insights into bearing performance, preventing failures and optimizing maintenance without requiring structural modifications to existing machinery.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional methods for monitoring the condition of rolling bearings are often costly, require structural modifications, and may not accurately reflect real-world operating conditions, leading to undetected failures and increased maintenance expenses. Existing solutions often fail to provide real-time insights into bearing load, lubrication, and overall condition, hindering proactive maintenance strategies.
Solution
HCP Sense provides a non-invasive sensor technology that transforms standard bearings into smart sensors, enabling real-time monitoring of load, lubrication, and condition directly from within the bearing. By measuring electrical impedance, the system provides insights into the mechanical forces, lubrication status, and potential damage, allowing for proactive maintenance and preventing unexpected failures. The technology integrates easily into existing machinery without requiring structural modifications or complex engineering, offering a cost-effective solution for predictive maintenance and condition monitoring. Data processing and display are customized to meet specific application needs, ensuring optimal data interpretation and actionable insights.
Target Audience
The primary target audience includes manufacturers, operators, and maintenance personnel in industries such as automotive, aerospace, robotics, and heavy machinery, who require reliable and cost-effective solutions for bearing monitoring and predictive maintenance.
Features
- Non-invasive measurement of electrical impedance in rolling bearings
- Real-time monitoring of bearing load, lubrication, and condition
- Detection of surface damage, lubrication issues, and deviations from optimal operating conditions
- Integration with standard bearings, eliminating the need for specialized sensor bearings
- Customizable data processing and display for specific applications
- Wireless data transmission for remote monitoring and analysis
- Predictive maintenance capabilities based on real-time bearing data
- Early detection of bearing failures to prevent costly downtime