MZ Robotics supplies collaborative and industrial cobots that can be mounted on existing workstations without safety enclosures, using a teach‑pendant or hand‑guiding interface. The robots feature modular 2D/3D vision, AGV docking, and a plug‑and‑play software stack with OPC UA and MQTT for rapid integration with PLC and MES systems. The solution targets mid‑size and large manufacturers needing low‑footprint automation for pick‑place, assembly, and inspection operations.
Funding
Funding not disclosed
Founders
Product
Problem
Manufacturers often struggle to integrate automation because traditional industrial robots require extensive safety enclosures, complex programming, and large footprints, which increase capital expenditure and downtime. This limits the ability of small‑ and medium‑size enterprises to boost throughput or reallocate skilled operators to higher‑value tasks. Consequently, production lines remain constrained by repetitive manual operations and inflexible tooling.
Solution
MZ Robotics delivers collaborative and industrial cobots that can be deployed on existing workstations without safety cages, using intuitive teach‑pendant or hand‑guiding interfaces. The robots are equipped with modular vision kits and can be linked to autonomous guided vehicles (AGVs) for material handling, enabling end‑to‑end automation of pick‑place, assembly, and inspection cycles. A plug‑and‑play software stack provides rapid configuration, real‑time monitoring, and seamless integration with common PLC and MES platforms via OPC UA and MQTT. The system is designed for scalability, allowing customers to start with a single cell and expand to multi‑robot fleets as demand grows, while remaining eligible for Industry 4.0 tax incentives.
Target Audience
Primary customers are mid‑size manufacturers and large production facilities seeking to automate repetitive operations in assembly, machining, or packaging lines, particularly those requiring flexible, low‑footprint solutions.
Features
- Six‑axis collaborative arm with force‑limited payload up to 12 kg and ISO 10218‑1 compliant safety features (speed‑and‑force limiting, power‑and‑force monitoring)
- Integrated 2D/3D vision module with on‑board GPU for real‑time object detection, pose estimation, and quality inspection
- Standardized API layer supporting ROS‑2, OPC UA, and MQTT for easy connection to PLCs, MES, and cloud analytics
- Quick‑swap end‑effector interface and library of pre‑programmed task templates (pick‑place, screw‑driving, deburring)
- AGV docking protocol that synchronizes robot cycles with autonomous mobile robots for just‑in‑time material supply
- Web‑based dashboard offering live KPI visualisation, remote diagnostics, and OTA firmware updates
- Modular hardware architecture allowing addition of torque sensors, force feedback, or custom grippers without re‑engineering the robot base