Moinrobotics designs and builds custom modular robotic work‑cells that integrate collaborative robots, AI‑driven motion planning, and safety sensors into existing manufacturing lines. The turnkey solution connects to PLC, OPC‑UA, and MES/ERP systems, offering rapid deployment, remote diagnostics, and a training academy to maintain flexibility and reduce labor costs. Projects are sold on a contract basis with optional recurring support services.
Funding
Funding not disclosed
Founders
Product
Problem
Manufacturers and craft enterprises often face labor shortages, high equipment idle time, and inflexible production lines that cannot quickly adapt to changing product mixes. Conventional automation solutions are typically expensive, bulky, and require extensive re‑engineering, limiting their applicability for mid‑size firms and specialized workshops. Consequently, companies struggle to maintain throughput and cost efficiency while meeting tight delivery schedules.
Solution
Moinrobotics delivers fully custom robotic systems that act as flexible work‑cells, engineered to the specific geometry, payload, and cycle‑time requirements of each client. Leveraging modular mechanical designs, collaborative‑robot (cobot) platforms, and AI‑driven motion planning, the solutions integrate seamlessly with existing material‑handling and logistics infrastructure. The company handles the entire value chain—from concept design and rapid prototyping to manufacturing, on‑site integration, and operator training—ensuring a turnkey deployment. Integrated safety sensors and VAP‑based rapid‑deployment software enable 24/7 operation with minimal supervision. By optimizing machine utilization and off‑loading repetitive tasks, the systems typically achieve a payback period of 6–15 months. Ongoing support and a dedicated academy keep client teams proficient in system setup, troubleshooting, and incremental upgrades.
Target Audience
Primary customers are industrial manufacturers, mid‑size production facilities, and specialized craft workshops seeking to automate repetitive material‑handling or assembly tasks while retaining flexibility for product variation.
Features
- Modular robotic cells with interchangeable end‑effectors tailored to payload, reach, and precision needs
- Collaborative‑robot platforms equipped with force‑torque sensing and ISO‑13849 safety compliance for human‑robot coexistence
- AI‑based path optimization and adaptive cycle‑time control that continuously minimizes cycle duration and energy consumption
- Integrated PLC‑compatible I/O and OPC‑UA interfaces for seamless connection to existing MES/ERP systems
- VAP (Virtual Automation Platform) integration enabling rapid configuration, remote diagnostics, and over‑the‑air firmware updates
- Comprehensive training academy offering on‑site workshops, e‑learning modules, and certification for operators and maintenance staff
- Scalable hardware architecture allowing incremental expansion of work‑cells without major re‑engineering
- Full project lifecycle services: feasibility study, mechanical design, hardware fabrication, system integration, and post‑deployment support