01
Measure first.
Order before motion.
Every system starts as a grid: measured, ruled and understood.
Robotics & automation · An AETHERON company
Robotic arms, movers, vision and control, built in Sri Lanka
We design, build and support robotic systems that take repetitive work off your factory floor.
We study the task on your floor and design the cell around your parts and cycle.
We build, wire and program it, then test it with your real parts before it ships.
We install it, train your team and look after it with maintenance and spare parts.
Repetitive work done by hand loses output in three predictable places.
Loading machines, moving parts and checking products by hand takes time your best people could spend on better work.
Manual work varies with fatigue and shift changes, so defects slip through and rework piles up.
Without data from the floor, you find out about downtime and faults after they have already cost you output.
Five steps turn a well-understood process into reliable movement. Measure first, then build what the task needs.
01
Measure first.
Order before motion.
Every system starts as a grid: measured, ruled and understood.
02
The task bends the plan.
We find the task that wastes the most human time and design around it.
03
Parts take a shape.
Arms, drives and sensors are chosen for the job, not the brochure.
04
Logic holds it together.
Software turns parts into a machine that knows what it is doing.
05
Then it moves.
Motion.
The result is movement: repeatable, safe and quietly reliable.
Articulated arms for handling, assembly and machine tending.
Mobile robots that move materials between stations without fixed tracks.
Camera systems that inspect, measure and guide robots in real time.
PLC, motion control and connected sensors that tie machines together.
Purpose-built machines, fixtures and end effectors for unusual tasks.
We select, integrate and program articulated and collaborative arms for repetitive handling tasks. Each cell is designed around your parts, your cycle and your floor space, with guarding and controls included.
Motion
Arms and drives sized for your parts and cycle time.
Control
Fits current lines, with guarding and PLC integration.
| Spec | Value |
|---|---|
| Axes | 6PlaceholderFull articulation |
| Reach | 0.9–1.4 mPlaceholderBench to floor cells |
| Payload | 5–12 kgPlaceholderDepends on end effector |
| Repeatability | ±0.05 mmPlaceholderTypical, per arm vendor |
| Controller | Cabinet or compactPLC ready |
| Connectivity | Industrial EthernetModbus TCP / OPC UA |
Plug-and-run handling unit
Controls and software designed with AETHERON
CONSULT.DESIGN.
BUILD.DEPLOY. SUPPORT.
Five steps, one team. Every step ends with something you can review before the next one starts.
[ ] Placeholder design targets, not measured results.
Usually not. Many projects add sensors, a controller or a robot cell next to equipment you already have.
Yes. A single cell or a prototype is a good way to prove the idea before a larger rollout.
A conversation about the task, then a site visit if it makes sense. You receive a short feasibility note before you commit to anything.
We do. Maintenance, spare parts and remote monitoring are part of the support plan, with a local team you can reach.
It depends on the scope. A fixture can take weeks; a full cell takes longer. You get a timeline at the end of the design phase.
MOTUS is the robotics and automation company of AETHERON. Machines, controls and software are designed by one group.