Aevum Robotics Labs engineers AI-driven manipulators, autonomous mobile systems, and collaborative workcells that redefine throughput, precision, and safety in modern manufacturing.
Scalable, interoperable systems designed for Industry 4.0 environments. Each platform ships with native AI vision, safety compliance, and plug-and-play integrations.
High-torque, 6-axis manipulators built for heavy assembly, welding, and CNC integration. Rated for 24/7 continuous operation in harsh environments.
Force-torque limited end-effectors with real-time human presence detection. Designed for mixed workflows without safety fencing.
Lidar/vision hybrid navigation units for dynamic warehouse mapping, pallet transport, and just-in-time line feeding.
Edge-deployed neural networks for micron-level defect detection, dimensional verification, and real-time process control.
Bipedal general-purpose robots for legacy factory floor integration. Compatible with existing human workstation ergonomics.
Our robotics stack abstracts complexity while exposing granular control for systems integrators and OEMs.
Custom TensorRT-optimized pipelines running on Aevum's neural accelerators. Supports vision, speech, and tactile learning models with hot-swappable weights.
Multi-modal perception combining stereo vision, time-of-flight lidar, IMU arrays, and force-torque feedback for sub-millimeter spatial awareness.
Deterministic RTOS kernel managing task scheduling, network arbitration, and OTA updates across distributed robotic swarms.
Hardware-isolated emergency stops, PL r / SIL 3 certified controllers, and continuous hazard monitoring aligned with global industrial standards.
Customized workflows validated across high-stakes manufacturing environments.
Multi-arm coordination for EV battery pack sequencing, ensuring torque consistency and thermal management alignment.
Variable trajectory spray arms with real-time thickness monitoring and VOC-reduced material usage.
Co-bots handling delicate interior trim, glass installation, and software calibration routines alongside human technicians.
Cleanroom-rated manipulators with electrostatic discharge control and sub-micron alignment for 300mm/450mm substrates.
AI-driven defect classification replacing manual microscopy, reducing bottleneck latency in fab lines.
Ultra-precision fluid robots for photoresist and etchant application with closed-loop volume verification.
Contamination-free liquid handling in isolator environments with vision-guided vial verification.
High-speed collation, carton erection, and serialization compliance for global distribution chains.
Automated environmental monitoring robots ensuring GMP standards without human intervention.
Large-format arms handling carbon fiber prepreg with pressure-consistent placement for fuselage sections.
Adaptive force control robots maintaining structural integrity tolerances across curved airframe surfaces.
Automated ultrasonic and X-ray inspection platforms mapping internal fatigue with AI anomaly detection.
Every platform undergoes rigorous validation before factory shipment.
Schedule a technical consultation with our systems integration team. We'll map your workflow, simulate ROI, and provision a pilot deployment within 14 days.