Wearable technology
Companion apps, cloud dashboards and embedded software that turn wearables into real-time data platforms.
For nine years we have designed and built software and embedded systems for connected hardware, from the first sketch to a product on the customer's shelf. We are based in Jenin, where a fully equipped development lab sits alongside our offices.
Our multidisciplinary team of engineers and researchers works on embedded systems, mobile and cloud apps, data platforms and machine interfaces, including firmware and interfaces for CNC and 3D printing machines. Our work has reached clients and manufacturing partners in the United States, China and the Gulf.
We develop software and embedded systems for devices that collect data and connect to the internet, across four fast-growing sectors.
Companion apps, cloud dashboards and embedded software that turn wearables into real-time data platforms.
Solutions that turn crop, soil and environmental data into insights that raise yield and cut waste.
Software for connected medical and wellness devices: remote monitoring, patient data and digital health tools.
Firmware and control interfaces for CNC, 3D printing and industrial equipment, for precise automation and easy operator control.
We cover the full project cycle, from consulting and design to supply, operation and maintenance.
We plan spaces and labs to international standards and your needs, specify the equipment and build their operating model.
Integrated software products and solutions for enterprises, with the ability to deliver, manage and continuously evolve complex systems.
From the idea, PCB and embedded design to prototype and production. More than 20 products at different stages.
Technical consulting, systems integration and supply of lab equipment and consumables, with installation, training and maintenance.
Real products, shipped for real clients in four countries.

An elevator management system developed and owned by AZR, installed in more than 550 buildings across Palestine.
550+ buildings
A wearable posture-monitoring device for neck health, later acquired by a Saudi wearables company.

New firmware and interface for laser and fiber machines, built for users outside China.
From the first prototype to more than a dozen shipped products, and counting.
Each stage ends with clear deliverables before moving to the next. Tap any stage to see it in the 3D model.
Every successful product starts with a real problem. We sit with you to understand the idea, who will use it and what makes it different, and make an initial assessment of its technical feasibility.
We turn the idea into first sketches and a clear requirements document: functions, size, battery, connectivity and target unit cost.
We design the product's form and enclosure in CAD at real dimensions, considering usability, materials and how it will be manufactured.
We design the circuit and a PCB that fits the enclosure exactly, choosing available parts at production-friendly prices.
We 3D-print the enclosure, fabricate and assemble the board in our lab, so you get the first working unit of your product to hold in your hand.
We program the embedded system and the app or cloud dashboard, then test performance, battery, connectivity and durability, refining the design after each round.
We freeze the design, choose final materials and finishes, and prepare production files and the documents needed for compliance certification. In our example, the watch measures heart rate, blood oxygen, body temperature and blood pressure.
We coordinate manufacturing with our partners, starting with a pilot batch and then mass production with quality control and packaging, and we stay with you for support and updates after launch.
You don't need to be an engineer. Knowing the problem you want to solve is enough, and we take it from there.
Feeders and hoppers place raw parts on the conveyor steadily, with sensors that count parts and stop the line when stock runs low.
Laser and CNC machines cut and engrave parts with high precision. We develop their firmware and the control screens operators use.
A robot arm picks the circuit board and fits it into the housing with the same precision every time, around the clock.
A station programs every device and checks it with cameras and sensors, rejecting any faulty part before it moves on.
A labeler adds a serial number and QR code to every product, so you know when and where each unit was made.
The product is packed in its box and the boxes are stacked on a pallet, ready to ship to the customer.
Equipment for schools, universities, incubators and factories, from multiple brands.

FDM, resin and clay printers, dental printers and large-format printers.

Small desktop scanners, handheld scanners and dedicated foot scanners.

CO2 lasers for acrylic and wood, diode lasers, and fiber lasers for engraving metal, gold and silver.

Cutting and engraving plastic, soft aluminum, wood and acrylic, plus 2-in-1 laser and router machines.

High-precision milling of glass ceramics and composite resin, with a 6-tool automatic tool changer.

More than 60 training kits in science, robotics, electronics and physics.

VR headsets and systems for education, training and interactive displays.

Measurement tools, electronic components and training kits for engineering labs.

Training units for robotics, solar energy, electrical and mechanical systems.

Interactive screens and boards for classrooms, training rooms and meetings.

Vinyl and paper cutters, and relief and intaglio printing presses.

CNC embroidery machines, acrylic bending, foam cutting, sublimation heat presses and vacuum forming.

Humanoid robots and programmable robot kits for teaching AI and coding.

Full-color printing on clothing, fabric, caps and bags.

Filling, packaging and labeling machines, and freeze dryers.

Service and reception robots for organizations, exhibitions and hospitals.
9 full-time members, 3 women and 6 men, from 4 countries.
We have exhibited at Expo 2020 Dubai, BigBooster 2019 in Lyon, France, and the China International Fair for Investment and Trade in Xiamen.
Quick answers about our services and how we work.
We offer PCB and embedded systems design, smart product development from idea to manufacturing, software for connected devices, innovation space and lab design, and supply of digital fabrication and educational equipment.
Yes. We design schematics and multi-layer PCBs, prepare Gerber files and the bill of materials, build prototypes and program the embedded systems.
It depends on the product's complexity. After the first discovery session we give you a written timeline and cost for each of the eight stages.
Yes. We work with clients and manufacturing partners in the United States, China and the Gulf.
Yes. We supply 3D printers, laser and CNC machines, STEAM kits and lab equipment, with installation, training and maintenance.
Yes. We study the product and required capacity, design and simulate the line, supply the machines, program the controls and HMI, then install the line and train your team.
Use the contact form on this page or email info@azrtechs.com, and we will get back to you as soon as possible.