Custom automation
Purpose-built machines and controls designed around the way your process needs to work.
- Industrial control & integration
- Embedded electronics & sensing
- Process-specific machinery
INDEPENDENT THINKING. INTEGRATED ENGINEERING.
Engineering
ideas into
motion.
Custom automation. Kinetic systems. Product development.
Connecting mechanics, electronics and code to bring your next idea to life.
DY / 001 — POSITIONING SYSTEMREADY
Precision. At your command.
Tap the work area to set a target.
X POSITION 50.0%Y POSITION 50.0%TRACKING ERROR 0.0%
INTERACTIVE SIMULATION · NORMALISED POSITION
BUILT ON CURIOSITY. DRIVEN BY POSSIBILITY.SCROLL TO DISCOVER ↓
01 / WHAT WE DOFROM A CHALLENGE TO A WORKING SYSTEM
Different disciplines.
One considered solution.
Good engineering happens at the connections. We bring physical systems and digital intelligence together, with the application at the centre.
Kinetic systems
Mechanisms that turn movement into function, interaction and experiences that people remember.
- Motion control & mechanisms
- Interactive physical installations
- Synchronised movement
Product development
Hands-on research and development to take a consumer or industrial product from question to prototype.
- Concept exploration & feasibility
- Hardware & firmware development
- Prototyping & iteration
DY / 002 — MOTION EXPLORATIONSINTERACTIVE CONCEPT STUDY
Movement, orchestrated.
Possibilities, multiplied.
One array. Different expressions. Explore how coordinated movement can transform a space, a surface or an experience.
KINETIC ARRAY / 63 ELEMENTSSINE WAVE
MECHANICS + CONTROL + CHOREOGRAPHYILLUSTRATIVE SIMULATION
Wave — a continuous phase offset turns individual movements into one flowing surface.
Let’s explore a kinetic concept ↗FROM EQUATIONS
TO MOTION
A signal becomes a shape. A shape becomes a mechanism. Watch mathematics take form, then put it to work.
01 / FOURIER RECONSTRUCTIONDESIGN → CONTROL → MOVEMENT
FOURIER RECONSTRUCTION
Ak = |ck| · φk = arg(ck)
64 TERMS
SHOULDERELBOWWRISTGRIPPER
128 samples per contour · Reconstruction RMS: ILLUSTRATIVE PLANAR ROBOT · NOT A HARDWARE CONTROLLER
Inside the demonstration +
Each closed vector contour is sampled at equal arc-length intervals. A discrete Fourier transform calculates its complex coefficients; the rotating vectors reconstruct the sampled contour. Increase the term count to recover more detail. Separate contours keep joint holes and mechanical boundaries intact.
cₖ = (1/N) Σ zₙ exp(−i2πkn/N) · z(t) = Σ cₖ exp(i2πkt)
The articulated links retain the proportions and joint centres of the supplied arm reference. Forward kinematics locates each joint; inverse kinematics solves the redundant planar chain with a constrained tool orientation. Smooth trajectories coordinate approach, grip, lift, transfer, placement, release and return. The component follows the gripper only while held.
Playback pauses off-screen and in hidden tabs. Reduced-motion preferences open a still pose; use the timeline to inspect individual stages, or press Play to opt into animation.
02 / HOW WE THINKQUESTION. BUILD. REFINE.
Complex challenges.
Clear steps forward.
01Understand the real problem+
Start with the application, the people and the constraints. Define what success looks like before choosing a technology.
02Find the right architecture+
Connect mechanics, electronics and software into a practical system. Explore feasibility and identify the uncertainties worth testing first.
03Build to learn+
Make the idea tangible. Use prototypes to test movement, sensing, control and usability, then refine with evidence.
04Engineer the details+
Bring the parts together, validate behaviour and plan for installation, operation and maintenance.
Curious by nature.
Practical by design.
DYOMEC is built around a simple idea: the best solution starts with understanding the problem. Our focus spans custom industrial automation, kinetic solutions, and research and development for consumer and industrial products.
We think across disciplines, work through the details, and care about how an idea performs in the physical world.
ROOTED IN KERALA, INDIA.What could we
build together?
A new product, a process to improve, or an idea that needs to move.