Flexxbotics develops robotic process improvement solutions that integrate collaborative and industrial robots with existing manufacturing equipment to enhance operational efficiency. By enabling real-time communication between robots and machines, the platform reduces idle time and simplifies job setup, resulting in increased production capacity and reduced changeover times.
Funding
$6.5M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
In manufacturing, robots often experience idle time due to inefficient communication with existing machinery and complex, time-consuming job setups. This results in underutilized robotic resources, reduced production capacity, and increased changeover times, hindering overall operational efficiency.
Solution
Flexxbotics provides a robot-driven manufacturing platform that integrates collaborative and industrial robots with existing equipment to optimize production processes. The platform facilitates real-time communication and coordination between robots and machines, enabling unattended production and autonomous process control. By standardizing complex automation challenges and simplifying job setup, Flexxbotics reduces robot idle time, minimizes downtime, and accelerates part changeovers. This leads to increased capacity, improved efficiency, and enhanced yields for manufacturers.
Target Audience
The primary target audience includes manufacturers across various industries seeking to enhance operational efficiency, increase production capacity, and reduce changeover times through robot-driven automation.
Features
- Compatibility with a wide range of collaborative and industrial robots.
- Interoperability with thousands of machines and equipment types.
- Autonomous Process Control for continuous, unattended production.
- Real-time communication between robots and machines.
- Capability to coordinate multiple machines with a single robot.
- In-line inspection integration for automated correction of machining operations.