Ananzi Mechs designs, builds, and supports mechatronic and biomechatronic systems that blend mechanics, electronics, sensing, and control into reliable, production-ready solutions. From factory robotics and medical devices to precision agriculture, aquaculture, deep-sea drones, and space hydroponics—we turn complex problems into autonomous, scalable systems.
Mechatronics fuses mechanical design, electronics, software, and control to produce intelligent systems. Typical builds integrate structures and drives with sensors, actuators, embedded control, and edge computing to achieve precise, repeatable outcomes.
We partner end-to-end—requirements capture, concept & simulation, prototyping, validation, certification, manufacturing, and field deployment. We also supply key components: sensors, actuators, controllers, and sub-assemblies.
Integrated systems automate processes, lift productivity, improve quality, and unlock new capabilities in constrained or hazardous environments—while reducing cost, downtime, and energy use.
Biomechatronics combines biomechanics, electronics, and computation to interact safely and effectively with biological systems. We engineer precise control, gentle manipulation, and resilient integration where life and machinery meet.
Opportunity discovery, feasibility, safety & regulatory pathways, architecture, and programme planning. Cross-disciplinary teams ensure mechanical, electrical, and software concerns are addressed together.
Rapid prototyping, iterative test, certification, and ramp-to-manufacture. We also provide component manufacturing and distribution: sensors, actuators, control systems, and integrated sub-assemblies.
Embedded control, perception, ML/AI, fleet orchestration, and physics-informed digital twins to simulate, optimise, and de-risk before deployment.
Planned maintenance, remote monitoring, predictive analytics, upgrades, and repairs to keep systems performing at peak efficiency throughout their service life.
Operator training, safety procedures, documentation, and continuous improvement frameworks to embed capability within your team.
Ready to scope a system or explore feasibility? Tell us about your environment, constraints, and success criteria—we’ll map a practical, staged path from concept to live operations.
Email: info@ananzimechs.com • Subject: “Project Enquiry”
Prefer a quick start? Share a short brief with: problem statement, environment (lab/factory/field/sea/space), data available, safety class, target TRL, and timeline.