AI Robotics and Industrial Automation
Machines that see, learn and adapt.
We design AI-powered robots, vision systems and connected sensors for factories, farms and hospitals, so work runs faster, safer and better with every shift.
Same operation. Without AI, and with it.
LIVE- Items checked
- Every item, in 0.2 seconds
- Defects caught
- 99.4%
- Faulty items shipped each week
- 8
Illustrative example.
Why intelligent machines
Machines are strong, fast and precise, but they only do what they're told. We give them the ability to see, learn and adapt, so they get better at the job with every shift.
Hardware and intelligence
Build smarter machines. Or connect the ones you have.
AI-powered robotics
Robots that do the job well.
We design and build robots and automation systems that work accurately, efficiently and safely, and improve as they go.
- Pick
- Sort by size
- Pack
1,204 items sorted this shift
No misses, no breaks
AI hardware and IoT
Every machine, connected.
We fit sensors and AI hardware to the equipment you already run, so the whole floor reports in and works as one.
Press 1
Running
Conveyor A
1.2 m/s
Oven 2
212 °C
Pump 3
Check seal
Robot 5
Running
Chiller
4 °C
6 machines connected, 1 needs a look
What we build
Intelligence for every part of the floor.
Vision inspection
Every item checked, not a sample.
Cameras and AI inspect each product on the line and catch defects people would miss.
Pass 0.99
Pass 0.98
Dent · 0.97
Pass 0.99
Pass 0.99
Predictive maintenance
Fix it before it breaks.
Sensors spot wear early, so repairs happen in planned stops, not in the middle of a shift.
Press 4Bearing, 9 days
Conveyor A88%
Robot 592%
Pump 371%
Robotic automation
Working every hour.
Robots keep the line moving around the clock, with less downtime between runs.
23.6 / 24 h
Running today, across three shifts
00:0024 min tool change24:00
Safety
People out of harm's way.
Machines take the hazardous jobs, and slow down the moment someone comes close.
R5Person nearby. Robot slowed to 10%.
Self-optimisation
Faster every week.
Systems learn from their own data and tune themselves for speed and quality.
42sW138sW234sW331sW4Cycle time per unit
How it works
One team, from the first walk of your floor to machines that learn.
01
Assess
We walk your floor, study the process and find where AI will pay back fastest.
02
Design
We choose the robots, sensors and models, and plan how they fit your operation.
03
Build
We develop and train the system, then test it against real conditions off the line.
04
Install
We put it in place with minimal disruption and train the people who'll run it.
05
Improve
We monitor performance and keep tuning, so the system gets better over time.
What intelligent machines get you.
- Round the clock. Robots and AI work every shift without breaks, so output doesn't stop at night.
- Less downtime. Problems are spotted early and fixed in planned stops, not mid-shift.
- Lower costs. Fewer errors, less waste and faster cycles bring costs down over time.
- Safer work. Machines take the hazardous jobs, so your people stay out of harm's way.
- Consistent quality. Every item is made and checked the same way, from the first to the last.
- Better every shift. Systems learn from their own data and keep improving on their own.
Where it fits
Built for the places where work gets physical.
Manufacturing
Assembly, inspection, predictive maintenance and line optimisation
Healthcare
Surgical assistance, patient care support and hospital logistics
Agriculture
Crop monitoring, precision irrigation and automated harvesting
Logistics and warehousing
Picking, sorting, packing and inventory tracking
Food and beverage
Quality grading, packaging and hygiene monitoring
Energy and utilities
Equipment monitoring, inspections and fault prediction
Let's put intelligence on your floor.
Tell us about your operation. Our engineers will come and see it, and come back with where AI and robotics would make the biggest difference.