Tensorik provides modular CNC automation hardware and software that adds robotic loading to existing machines without major modifications. Its FLEXBOT system uses a drag‑and‑drop interface and standard communication protocols to enable rapid program deployment and real‑time monitoring, supporting batch sizes from five parts to high‑volume runs. The plug‑and‑play solution reduces setup time to hours, lowers labor costs, and delivers ROI within a year for small and medium‑sized machining shops.
Funding
Funding not disclosed
Founders
Product
Problem
CNC machining shops often struggle with limited machine capacity, a shortage of skilled operators, and high costs associated with traditional automation systems that are complex to install and operate. These barriers prevent small and medium-sized manufacturers from scaling production or handling low‑volume, high‑mix orders efficiently.
Solution
Tensorik delivers CNC automation solutions that combine software‑driven informatics with mechanical engineering to create user‑centric systems that are easy to integrate with existing equipment. Their flagship product, the FLEXBOT loading system, enables rapid deployment of robotic loading programs, allowing manufacturers to automate both small batch and high‑volume production without extensive re‑training. The intuitive interface and plug‑and‑play hardware reduce setup time to a few hours, delivering a return on investment in under one year and freeing operator capacity for higher‑value tasks. By focusing on simplicity, efficiency, and adaptability, Tensorik makes advanced automation financially viable for SMEs, enhancing overall productivity and competitiveness.
Target Audience
The primary customers are small and medium‑sized CNC machining shops and contract manufacturers seeking to increase capacity, reduce labor dependency, and automate low‑volume production runs.
Features
- Modular robot loading unit (FLEXBOT) that attaches to existing CNC machines without major mechanical alterations
- Drag‑and‑drop software interface for creating and editing robot programs, requiring no specialized coding skills
- Rapid changeover capability, supporting batch sizes as low as five parts while maintaining high throughput for large series
- Real‑time monitoring and diagnostics dashboard that tracks cycle times, error states, and utilization metrics
- Seamless integration with standard CNC controllers via industry‑standard communication protocols (e.g., Ethernet/IP, Modbus)
- Built‑in safety interlocks and sensor feedback to ensure reliable operation and compliance with machine‑tool safety standards
- Scalable architecture that allows additional automation modules (e.g., tool changers, part inspection) to be added as needed