We operate at the intersection of Advanced Mechanical Systems Design, Electronics Integration, and Applied AI Research & Development.
Designing first-principles mechanical and mechatronic systems where off-the-shelf solutions don't exist — from concept architecture through prototype validation to production readiness.
Discuss a project→Delivering end-to-end technical expertise to organisations navigating complex engineering challenges — from system audits and integration consulting to sustained delivery and R&D management.
Discuss a project→Exploring intelligent software and applied AI as a deliberate research focus alongside our delivered mechanical and electronics work — edge inference, industrial IoT platforms, and machine-perception applications, built and tested the way we build everything else: physical-first.
Discuss a project→Most firms operate in silos. We were built at the intersection. Our team holds proven depth in mechanics and electronics, with applied AI as an active research focus we're building alongside them — nothing is lost in translation between disciplines.
A free call to understand the problem and where your project stands today.
Concept to detailed design, with the R&D done before anything is built.
From drawings to working hardware — we handle the sourcing and the build.
Getting the system into service, keeping it there — and making it better.
We can take it forward from wherever it stands.
Bring us in for a holistic review, a single stage, or to complete what's pending — or start with us from the first idea through to a working system.
A small selection from the many projects we've delivered — most of our work stays confidential, so only a few can be shown here.
Designed and built a bench-scale mechanism that reproduces human chewing kinematics and bite-force patterns, giving researchers a repeatable, instrumented way to study how food breaks down during oral processing — without relying on human test panels for every trial.
Built an image-processing and surface spectral-analysis pipeline that lets engineers assess piston and liner ring wear condition from captured scans — without pulling the engine apart or sending a specialist on-site.
Diagnosed two distinct failure modes on a large rotating drum's roller supports — intermittent contact loss and progressive axial drift — and replaced the rigid mounts with a self-levelling mechanism and dedicated axial restraint. Fabricated, installed, and now in service.
We haven't shipped a client AI deployment yet — it's a deliberate, active area of research and development alongside our mechanical and electronics work. If that's what you're exploring, we'd like to hear about it.
Email us at info@axontorq.com →Want to know more about these or other projects we've completed? Email us at info@axontorq.com →
Whether it's a new problem with no off-the-shelf answer or a project that stalled partway and needs a fresh approach, we can help you get it done. Tell us where it stands, and we'll take it from there.
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