Embedded systems, 3D printing, DFM and Unreal Engine - from first concept to a part you can make. Dubai-based, delivering worldwide.
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Custom products and Prototyping, Embedded systems, Robotics, and Computer Vision.
Turn a product idea into something you can build, test, and improve - before committing to tooling or a full production design.
Build the electronics and firmware that make a physical product reliable, connected, and responsive - inside the power, cost, and size budget you have to hit.
Connect perception, motion, controls, and software into one coordinated system - the part that is usually harder than any single subsystem.
Move from a working prototype to a product that can be manufactured, tested, and supported - repeatedly.
Projects where hardware, firmware, and software had to work as one system in a real environment. Open either one for the detail.
We designed and developed a portable machine that automates the process of fingerprint analysis, from discovery to identification, for law enforcement. The machine integrates high-resolution imaging, advanced pattern recognition algorithms, and a user-friendly interface to provide rapid and accurate fingerprint identification in the field.
We designed DICEE's mascot for 3D printing at over two metres. The character was modelled so it could be sectioned, printed, and assembled, with the joints and wall thicknesses a print that tall actually needs.
We designed a suitcase line for manufacture: the shell, the lid, the handle, and the variants a factory can actually tool. The engagement included handling Chinese contractors so the drawings and the shop floor were talking about the same product.
We designed a water bottle for injection moulding: the body, the lid, and the details a tool can actually hold. The client is under NDA.
We designed and printed a drip tray for a Malongo coffee machine: the tray body and the drain plate, modelled from the machine so the replacement sits where the original did.
We modelled the lock on a Malongo espresso machine from the broken part, then batch-printed replacements so the next break did not wait on a single reprint.
We modelled a private office for a metaverse: conference table, seating, lighting and the walls a headset has to hold at a usable scale. The client is under NDA.
We built locomotion and animation systems in Unreal Engine for an FPS: walk, aim, and the Blueprint graph that drives them. The studio is under NDA.
Malongo machines were already in the field. When a small part failed, or the factory part was expensive to freight, we modelled it from the physical piece and printed a replacement that fits the machine it came off.
We produced a 3D product animation for Matmak and Bodyfence: a modelled bumper with the precut film pattern drawn in light, for the advanced precut line at matmaksolutions.com.
We went to Micropolis and organised the inventory in the shop. Stock on hand, weight on the part, material price, and the time it takes to make - print, CNC, lathe, and laser.
This service covered the custom programming of predictive AI models, and real-time operational integration. The system automates threat detection, monitors foot traffic patterns, and minimizes security response times across all public and restricted mall zones.
We built a hardware-plus-software fire-control platform: weapons and operators are registered, an on-weapon lock stays closed until a live camera frame matches the authorized template, and every fire event is written to an audit log. The client is under NDA.
We built a vision system that detects paper in the frame, calculates width, height and area in pixels and millimetres, and runs an automated sprayer from the camera height. The client is under NDA.
The rest of what we've delivered under Product Engineering, in one place.
View Product EngineeringEvery delivered project across all of our services, filterable by discipline.
View everything“The portable analysis machine they engineered replaced a process that used to take hours in the lab. Now an officer in the field gets results in minutes, with accuracy we trust.”
- Forensics
In contribution with Dubai Police
The systems we're asked for most often. These are capabilities we engineer, not completed client projects - ask for relevant past work during the consultation.
Validate the core technical idea before committing to tooling or a complete product build.
Electronics, firmware, sensors, communications, and a user-facing application designed as one product.
Capture, analyze, and act on visual information in a controlled operating environment.
Motion, sensing, industrial controls, and system software coordinated around the safety requirements of the application.
Test fixtures, automated test equipment, data acquisition, and calibration systems built around your product.
Component obsolescence, integration limits, reliability concerns, cost targets, or new feature requirements addressed in a controlled revision.
Print the part, check the fit, and write the notes a later production run would actually need.
3AXIS focuses on validating each stage before the next one gets expensive, so your product reaches production with far fewer surprises.
We agree what the product must do and where it must do it: requirements, performance targets, environment, interfaces, cost and volume assumptions, and regulatory targets. You get the technical risks we can see and the criteria we'd measure against - not a claim that every unknown is now resolved.
We set the system architecture and split the work across mechanical, electrical, firmware, and software: component selection, power and communication requirements, interface definitions, the test strategy, and the development milestones the build is measured against.
We build in iterations, test each one against the agreed specification, investigate what fails, and fold the fixes back into the design. Environmental and pre-compliance testing is included where the product needs it and the scope covers it.
Manufacturing documentation, design-for-manufacturing review, supplier and component coordination, test procedures, and pilot builds - then quality feedback, field deployment, and production support under the scope we agree.
We coordinate hardware, firmware, software, sensing, controls, integration, and production requirements as one system, and stay accountable for how they behave together.
We coordinate the boundaries between mechanical, electrical, firmware, software, AI, controls, and manufacturing rather than handing them off.
Manufacturability, component availability, testability, and lifecycle are considered while the design can still change cheaply.
Each stage is judged against agreed requirements and test criteria, not against whether the prototype looks convincing.
Every component is engineered as part of the complete operating system, not as an isolated subsystem that someone else has to fit together.
We stay available for firmware updates, component changes, production investigations, field issues, and planned improvements where the engagement includes them.
Share the product stage, the problem, and the constraints you already know. We'll read it, identify the engineering questions that actually matter, and explain what the next practical step would involve.
We reply within 60 minutes.
Have drawings, CAD, schematics, or test data? Mention it in the form - we'll agree a secure way to share files once we reply.
Any of them. Some clients arrive with a one-page concept, some with a prototype that works but can't yet be built repeatably, and some with a product already in production that has a cost, reliability, or component-obsolescence problem. Tell us where the product actually stands and we'll tell you what the sensible next step is.
We can support the path from concept and feasibility through prototyping, design validation, and manufacturing readiness, and stay on for production and field support under the agreed scope. Manufacturing itself, tooling, and accredited certification testing involve third parties - we specify, coordinate, and review that work rather than claiming all of it happens in-house.
Yes, and it's a common arrangement. We can take one discipline, own the integration between several, or run the whole programme. We work to written interfaces and agreed review points so the split of responsibility between the two teams is documented rather than assumed.
It depends on the stage the product is at, how many engineering disciplines are involved, prototype complexity, tooling, testing, regulatory targets, manufacturing volume, how much usable documentation already exists, and what you need delivered. We don't publish figures that would only be guesses. After a short discovery conversation you get a written scope and estimate before development starts.
Yes. Design-for-manufacturing and assembly review, component and supply-chain review, tolerance and material review, and staged validation with defined criteria at each gate - engineering validation, design validation, and production validation - together with the test procedures and production documentation that go with them.
We can design toward the applicable requirements, support pre-compliance work, prepare technical documentation, and coordinate with appropriate accredited test laboratories or certification bodies. In the UAE that usually means TDRA type approval for anything with a radio, and ECAS conformity where the product category is regulated - our guide to taking a hardware product to market in the UAE explains both. We don't issue approvals ourselves, and no engineering firm can guarantee a certification outcome - what we can do is reduce the chance of a late and expensive failure at the test house.
Arm Cortex-M and Cortex-A devices, including the STM32, ESP32 and NXP i.MX families, NVIDIA Jetson for edge AI and computer vision, and custom FPGA work - running bare-metal firmware, FreeRTOS, Zephyr, or embedded Linux. The platform follows the product's power, cost, connectivity, and lifecycle requirements rather than the other way round.
The work we produce specifically for you - design files, firmware, application code, and documentation - is handed over under the terms of your agreement. A product also contains things nobody can sign away: third-party components, vendor SDKs, open-source licences, licensed tooling, and any pre-existing or manufacturing-partner rights. We identify those in the deliverables list so ownership and licensing are clear before work starts rather than after.
We operate from Dubai, UAE. We work with clients across the Emirates and the wider GCC, and remotely with clients further afield - keeping working hours that overlap yours and running the project the same way wherever you are.
Tell us where the product stands today and what needs to happen next. We'll help you define the engineering path from concept, prototype, or existing design toward a validated, production-ready system.
